1 CBM Superconducting Dipole CBM Superconducting Dipole Magnet Magnet P.G. Akishin, A.V. Alfeev, V.S. Alfeev, P.G. Akishin, A.V. Alfeev, V.S. Alfeev, V.V. Borisov, V.V. Ivanov, E.I. Litvinenko, A.I. V.V. Borisov, V.V. Ivanov, E.I. Litvinenko, A.I. Malakhov, Malakhov, E.A. Matyushevsky E.A. Matyushevsky Presented by A.Malakhov Presented by A.Malakhov Joint Institute for Nuclear Research, Dubna Joint Institute for Nuclear Research, Dubna 15 15 th th CBM Collaboration Meeting April 12-16, GSI CBM Collaboration Meeting April 12-16, GSI 15.04.2010 15.04.2010
1 CBM Superconducting Dipole Magnet P.G. Akishin, A.V. Alfeev, V.S. Alfeev, V.V. Borisov, V.V. Ivanov, E.I. Litvinenko, A.I. Malakhov, E.A. Matyushevsky.
Dec 27, 2015
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11
CBM Superconducting DipoleCBM Superconducting DipoleMagnetMagnet
PG Akishin AV Alfeev VS Alfeev PG Akishin AV Alfeev VS Alfeev VV Borisov VV Ivanov EI Litvinenko AI MalakhovVV Borisov VV Ivanov EI Litvinenko AI Malakhov
EA MatyushevskyEA Matyushevsky
Presented by AMalakhovPresented by AMalakhov
Joint Institute for Nuclear Research DubnaJoint Institute for Nuclear Research Dubna
1515thth CBM Collaboration Meeting April 12-16 GSI CBM Collaboration Meeting April 12-16 GSI
1504201015042010
22
SC dipole magnet type ldquoWindow framerdquo with the aperture 13x13 mSC dipole magnet type ldquoWindow framerdquo with the aperture 13x13 m2 2
and 1 m length along a beam and 1 m length along a beam
Geometrical parameters of the SC dipole magnetGeometrical parameters of the SC dipole magnet
The Superconducting dipole magnet consists of the yoke of the magnet executed from soft magnetic steel and superconducting windings of excitation
Two superconducting windings are executed from the superconducting cable and can miss on 1500 А (1200 kAw) current of excitation everyone The working current provides the field in the gap of the magnet 12 T
The field integral along the beam direction is equal 1 Tm Low values of the field in the RICH area (250 Gs) is reached by the installation of double magnetic shield between the yoke and RICH
55
The cryostat of the dipole magnet with SC coilsThe cryostat of the dipole magnet with SC coils
66
The cross-section SC coil of excitation with cryostatThe cross-section SC coil of excitation with cryostat
77
The casing of the SC coil from a stainless steelThe casing of the SC coil from a stainless steel
88
Screens Screens The Screen 1 is intended for reduction ponderomotive The Screen 1 is intended for reduction ponderomotive efforts in SC coils in efforts in SC coils in a horizontal planea horizontal plane The Screen 2 and the Screen 1 reduce a field in the RICH area The Screen 2 and the Screen 1 reduce a field in the RICH area
99
19 m
17 m
MAGNETRICH fotodetectors
TARGET
RICH
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
22
SC dipole magnet type ldquoWindow framerdquo with the aperture 13x13 mSC dipole magnet type ldquoWindow framerdquo with the aperture 13x13 m2 2
and 1 m length along a beam and 1 m length along a beam
Geometrical parameters of the SC dipole magnetGeometrical parameters of the SC dipole magnet
The Superconducting dipole magnet consists of the yoke of the magnet executed from soft magnetic steel and superconducting windings of excitation
Two superconducting windings are executed from the superconducting cable and can miss on 1500 А (1200 kAw) current of excitation everyone The working current provides the field in the gap of the magnet 12 T
The field integral along the beam direction is equal 1 Tm Low values of the field in the RICH area (250 Gs) is reached by the installation of double magnetic shield between the yoke and RICH
55
The cryostat of the dipole magnet with SC coilsThe cryostat of the dipole magnet with SC coils
66
The cross-section SC coil of excitation with cryostatThe cross-section SC coil of excitation with cryostat
77
The casing of the SC coil from a stainless steelThe casing of the SC coil from a stainless steel
88
Screens Screens The Screen 1 is intended for reduction ponderomotive The Screen 1 is intended for reduction ponderomotive efforts in SC coils in efforts in SC coils in a horizontal planea horizontal plane The Screen 2 and the Screen 1 reduce a field in the RICH area The Screen 2 and the Screen 1 reduce a field in the RICH area
99
19 m
17 m
MAGNETRICH fotodetectors
TARGET
RICH
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
Geometrical parameters of the SC dipole magnetGeometrical parameters of the SC dipole magnet
The Superconducting dipole magnet consists of the yoke of the magnet executed from soft magnetic steel and superconducting windings of excitation
Two superconducting windings are executed from the superconducting cable and can miss on 1500 А (1200 kAw) current of excitation everyone The working current provides the field in the gap of the magnet 12 T
The field integral along the beam direction is equal 1 Tm Low values of the field in the RICH area (250 Gs) is reached by the installation of double magnetic shield between the yoke and RICH
55
The cryostat of the dipole magnet with SC coilsThe cryostat of the dipole magnet with SC coils
66
The cross-section SC coil of excitation with cryostatThe cross-section SC coil of excitation with cryostat
77
The casing of the SC coil from a stainless steelThe casing of the SC coil from a stainless steel
88
Screens Screens The Screen 1 is intended for reduction ponderomotive The Screen 1 is intended for reduction ponderomotive efforts in SC coils in efforts in SC coils in a horizontal planea horizontal plane The Screen 2 and the Screen 1 reduce a field in the RICH area The Screen 2 and the Screen 1 reduce a field in the RICH area
99
19 m
17 m
MAGNETRICH fotodetectors
TARGET
RICH
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
The Superconducting dipole magnet consists of the yoke of the magnet executed from soft magnetic steel and superconducting windings of excitation
Two superconducting windings are executed from the superconducting cable and can miss on 1500 А (1200 kAw) current of excitation everyone The working current provides the field in the gap of the magnet 12 T
The field integral along the beam direction is equal 1 Tm Low values of the field in the RICH area (250 Gs) is reached by the installation of double magnetic shield between the yoke and RICH
55
The cryostat of the dipole magnet with SC coilsThe cryostat of the dipole magnet with SC coils
66
The cross-section SC coil of excitation with cryostatThe cross-section SC coil of excitation with cryostat
77
The casing of the SC coil from a stainless steelThe casing of the SC coil from a stainless steel
88
Screens Screens The Screen 1 is intended for reduction ponderomotive The Screen 1 is intended for reduction ponderomotive efforts in SC coils in efforts in SC coils in a horizontal planea horizontal plane The Screen 2 and the Screen 1 reduce a field in the RICH area The Screen 2 and the Screen 1 reduce a field in the RICH area
99
19 m
17 m
MAGNETRICH fotodetectors
TARGET
RICH
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
55
The cryostat of the dipole magnet with SC coilsThe cryostat of the dipole magnet with SC coils
66
The cross-section SC coil of excitation with cryostatThe cross-section SC coil of excitation with cryostat
77
The casing of the SC coil from a stainless steelThe casing of the SC coil from a stainless steel
88
Screens Screens The Screen 1 is intended for reduction ponderomotive The Screen 1 is intended for reduction ponderomotive efforts in SC coils in efforts in SC coils in a horizontal planea horizontal plane The Screen 2 and the Screen 1 reduce a field in the RICH area The Screen 2 and the Screen 1 reduce a field in the RICH area
99
19 m
17 m
MAGNETRICH fotodetectors
TARGET
RICH
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
66
The cross-section SC coil of excitation with cryostatThe cross-section SC coil of excitation with cryostat
77
The casing of the SC coil from a stainless steelThe casing of the SC coil from a stainless steel
88
Screens Screens The Screen 1 is intended for reduction ponderomotive The Screen 1 is intended for reduction ponderomotive efforts in SC coils in efforts in SC coils in a horizontal planea horizontal plane The Screen 2 and the Screen 1 reduce a field in the RICH area The Screen 2 and the Screen 1 reduce a field in the RICH area
99
19 m
17 m
MAGNETRICH fotodetectors
TARGET
RICH
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
77
The casing of the SC coil from a stainless steelThe casing of the SC coil from a stainless steel
88
Screens Screens The Screen 1 is intended for reduction ponderomotive The Screen 1 is intended for reduction ponderomotive efforts in SC coils in efforts in SC coils in a horizontal planea horizontal plane The Screen 2 and the Screen 1 reduce a field in the RICH area The Screen 2 and the Screen 1 reduce a field in the RICH area
99
19 m
17 m
MAGNETRICH fotodetectors
TARGET
RICH
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
88
Screens Screens The Screen 1 is intended for reduction ponderomotive The Screen 1 is intended for reduction ponderomotive efforts in SC coils in efforts in SC coils in a horizontal planea horizontal plane The Screen 2 and the Screen 1 reduce a field in the RICH area The Screen 2 and the Screen 1 reduce a field in the RICH area
99
19 m
17 m
MAGNETRICH fotodetectors
TARGET
RICH
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
99
19 m
17 m
MAGNETRICH fotodetectors
TARGET
RICH
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
1010
|B xyz| = f(z) [ T ] (x = 0)
Distribution of the field inside of the SC magnet gap calculated by RADIA
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
1111
Dependence of Dependence of ||BB| | as function of distance from a target as function of distance from a target from - 10 m up to 50 m (left) and from 0 up to 1 m (right) from - 10 m up to 50 m (left) and from 0 up to 1 m (right) (TOSCA)(TOSCA)
-10 50 0 1000
00
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
1212
||BB| | from 16 m up to 40 m from a target (TOSCA)from 16 m up to 40 m from a target (TOSCA)
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
Distributions of the field in cross-section of the magnet The Distributions of the field in cross-section of the magnet The left picture is for the magnet with the screens (left picture is for the magnet with the screens (electron electron versionversion) and the right picture is for the magnet without ) and the right picture is for the magnet without
screens (screens (muon versionmuon version))
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
Distributions of the field along Z axis of the magnet The left Distributions of the field along Z axis of the magnet The left picture is for the magnet with screens and the right picture picture is for the magnet with screens and the right picture
is the magnet without screensis the magnet without screens
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
Distributions of the field in the Х-Y plane on the distance of Distributions of the field in the Х-Y plane on the distance of 18 m from the target (the region RICH)18 m from the target (the region RICH)
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
1616
Z=19 m
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
1717
Bxy (T) Z = 19 m
max Bxy = 0025 T
Y(m)20
110 15
X (m)
TOSCA
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
1818
TOSCA
Bxy (T) Z = 18 mY(m)
0
20
15X (m)
max Bxy = 0029 T
11
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
1919
0 15X (m)
yY(m)
11
20 Bxy (T) Z = 17 m
max Bxy = 0032 T
TOSCATOSCATOSCA
Bxy (T) Z = 17 m
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
Planned industrial partners
Manufacture of the superconducting wire (cable) on VNIIKP (Podolsk Russia) and Joint-stock company Ulibinsk metal works (Kazakhstan)
Manufacture of large-size parts of the yoke of the magnet at SMF (Savelovo Russia) at Kamov DMF (Dubna Russia) and at NKMF (Novokramatorsk machine-building factory Kramatorsk Ukraine)
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
Anticipated Work Share in the Construction Phase
Simulation ndash 6 Simulation ndash 6 Designing ndash 11 Designing ndash 11 Construction ndash 68 Construction ndash 68 Test ndash 15 Test ndash 15
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
Simulation and design stage (2010-2012)
11 At the simulation stage of the SC magnet its field map At the simulation stage of the SC magnet its field map inside the magnet and in the RICH area will be inside the magnet and in the RICH area will be determined idetermined in more detailsn more details The parameters should The parameters should satisfy the following requirements field integral about 1 satisfy the following requirements field integral about 1 Tm and the field in the RICH area should not exceed Tm and the field in the RICH area should not exceed 250 Gs on the distance from 17 m up to 19 m from a 250 Gs on the distance from 17 m up to 19 m from a target target
22 Calculations will be checked up on the model of the Calculations will be checked up on the model of the magnet made in the scale 15 The devices of the magnet made in the scale 15 The devices of the input and output of the current system of protection of input and output of the current system of protection of a superconducting winding from transition into the a superconducting winding from transition into the normal condition and evacuation of the current from it normal condition and evacuation of the current from it after quench thermometry etc will be checked up after quench thermometry etc will be checked up alsoalso
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
0500020002000100 Montage adjustment test in Russia
4
129500450250045004500100Fabrication and assembly of the system of excitation
3
1000-01000200025003500100Fabrication and assembly the magnet yoke
2
0450---005001700230Technical project 1
Total2015201420132012201120102009
Cost (Million Euro)Kinds of the work on SC dipole magnet
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
4350015503950700105013700680Total
040000500050010001500050Not considered charges (reserve)
9
0550010002500200Purchase of the additional equipment build-up stands
8
00350035Adjustment and test without the beam
7
00450045Installation on the place
6
00750075Delivery to Darmstadt 5
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
Request
1 The STS size optimization to reduce of the SC 1 The STS size optimization to reduce of the SC magnet gap (to reduce the cost)magnet gap (to reduce the cost)
2 EU grant to prepare technical project2 EU grant to prepare technical project
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
2626
IIn order to keep to out schedule for the conn order to keep to out schedule for the consstruction of truction of CBM we want to make some steps towards the Technical CBM we want to make some steps towards the Technical Design ReportsDesign Reports
One intermediate step is to organize an evaluation of the One intermediate step is to organize an evaluation of the detector and magnet concepts As the superconducting detector and magnet concepts As the superconducting dipole magnet is already much advanced we suggest to dipole magnet is already much advanced we suggest to organize an evaluation of the magnet concept by external organize an evaluation of the magnet concept by external experts at the end of 2010experts at the end of 2010
The first step would be that The first step would be that wewe write up a report on our write up a report on our plans for the magnet This report plans for the magnet This report willwill have 20-30 pages have 20-30 pages plus drawings andplus drawings and it it will be sent to the experts some will be sent to the experts some month prior the evaluation in July 2010month prior the evaluation in July 2010
ThereforeTherefore we are we are prepare such prepare such report report We hope that the We hope that the evaluation will be of benefit for the design and the evaluation will be of benefit for the design and the magnet TDR might be the first accepted TRD of CBM This magnet TDR might be the first accepted TRD of CBM This is the condition to get money for constructionis the condition to get money for construction
Plans
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
2727
ConclusionConclusion
The engineering design for the magnet with a gap size The engineering design for the magnet with a gap size 13х13х10 m13х13х10 m33 (height width and length) provides a (height width and length) provides a required magnitude of the field inside the gap and good required magnitude of the field inside the gap and good screening of the field within RICHscreening of the field within RICH
The factor of screening of the magnetic field in The factor of screening of the magnetic field in comparison with the variant without screens is close to comparison with the variant without screens is close to 35 times 35 times
The gap of the magnet satisfies the available geometry The gap of the magnet satisfies the available geometry of the STS detector and has no elements which could of the STS detector and has no elements which could interfere with moving the detector in the gap and directly interfere with moving the detector in the gap and directly in front of the magnetin front of the magnet
The organization of The organization of evaluation of the magnet concept by evaluation of the magnet concept by external experts at the end of 201external experts at the end of 2010 is necessary0 is necessary
2828
Thank you for the attentionThank you for the attention
2828
Thank you for the attentionThank you for the attention
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