IBM-1

401

K 0102 (2) (32) - J

-rS28-87

/ /

9002 / 40 / 60 8002 / 80 / 40

:tcartsbA

evah sepotosi neve-neve rS28-87 fo slevel tsary eht fo seitreporp ehT neeb sah )SOG-E( nips revo ygrene ammag fo dohtem ehT .deiduts neeb owt eht taht swohs hcihw sepotosi eseht fo slevel ygrene eht ezylana ot desu ni seil epotosi rS28 tub ,timil ,)6(O ,elbatsnu- eht ni eil rS08 dna rS 87 sepotosi .))3(US)5(US( noiger noitisnart eht

eht etaluclac ot desu neeb sah 1-MBI ledom nosob gnitcaretni ehT a dna seil ti timil eht rof hcae sepotosi eerht eseht rof slevel ygrene doog a swohs dna enod si atad latnemirepxe eht htiw noisirapmoc .tnemeerga

devresbo era rS28 dna rS08 rof slevel ygrene eht ni gnidnebkcab ehT .rS87 rof ton tub

)sleveL tsarY( - 28-87 rS rS08-87 . SOG-E

)5(US-)3(US rS28 )6(O 1-MBI

. .rS87 rS28 rS08

.-rS28-87

501

)6(O )3(US )5(US

.

nageR ]1[ (SOG-E)

.

]4,3,2,1[ .

]5[ tilaP )dnab-tsarY(

otomamaY ]6[ 08~M -

.

]7[

]11,01,9,8,7,2[ .

.

&

601

rS ]61,51,41,31,21,7,5[

- rS . [7]

.]5[- rS rS28-87 SOG-E

) I ( = REI ) SOG-E (

.

]71[ 1-MBI ]4[ ( 4791 )

.

.

EII (2) =h I h(42)

2(2)

2I =

J . J h EII(2)

4=+ 12+ . EEI

ESOG

IE

I = R ]1[ R

.-rS28-87

701

(3)4(12)2

42

(2)2

(42)42

:

:0(1)

11

22

+

+

=+

=

=

EI

EelbatsnuR

JIJrotoRR

IrotarbiVR

I

I

I

hh

h

R

R I I=2 I=2

JR

2 I= =h2 3

JR

2 R =h2 4

I=2 elbatsnu-212+

RE = I

412+

.RE = ]71[ amirAdnaollehcaI

. 4] [

]02,81[

4 .....(4)^

4

^

34

^

3

^

3

^^

2

^^

1

^^

0

^ =+++++ d HnaPPaLLaQQaTTaTT

PLQTT ,,,,34 d nd

. aaaaa ,,, 0,1234 negieeulav

:]02,91,81[

(,,)(4)(3)(1)(5)(5)

EnLnKnnKKLL =++++++ 145roFrotarbiVUS

dddd

KKK ,, 145 d .

&

801

(33)(3/8)(1)(6)2

(,,)

(3)

12ELaaaLL =++++++ 222

roFrotoRUS

aa , 21

(,,)(()4)(3)(1)(7)(6)

=++++++

ELANNBLCLroFelbatsnuO

N ,, ABC .

(,,)(33)(1)(8)(5)(3)

522

=+++++++ 2

ELnKKLLroFnoitisnartnoigerUSUS

d

2

22

= Ka812 3

5 = Kaa

I tsarYslevel J

E ]5[ : I .

(1)(9)2

2II =+

JIE

h

]01,7[ 2& II

(42)(01)2

2II EEJI = 2

h

]01,7[

(11) ) ( ) (21

12

222

=+I hII IIEE

.-rS28-87

901

8728rS ESOG -

IE

) I = R ) 1] [(

. 1,2,3) ( ( 1-MBI

( 8 7) rS28-87 tsarYslevel USUS (5)(3) , 0887 rSrS O(6)

( ,BC) (7) . 28rS (8) . (1) 87,08rS

7) ( . (2) 28rS KK ,, 25 ( 11) ( 01) 87,08rS

(4) ( 3) ( 8) .

( 11) ( 01) 28rS 5) (

. SOG-E ( 2) ( 1)

( 2) . ( 3) ( )

.

22h J

11) ( h2) ( 01) ( 3,4,5) (

22h h2) ( J

rS28,08 . (5) (4 ) . rS87

&

011

ESOG

8728rS

(2 )( 1) USUSO (5,)(3,)(6) R O(6) 87,08rS R 811+) ( 49.50) ( 931.52) (87rS

87rS 291.49) ( 08rS R 021+) ( 77.93) (

( 2) 28rS R . +1 (81) 97.12) ( 21+ 682.77) (

R 421+) ( 98.66) (

. 0242 11 ++) ( rS 87,08 () )6(O )1-MBI(

)A( (7) ()C,B

. ( KK ,, 25) ))3(US-)5(US(

3,4,5) ( ( 28rS ) (3)

. MBI1) (

2

2h h2) ( J

87rS (4) O(6)

.-rS28-87

111

08rS . R 021+) ( 81&02 11 ++) (

. (1) ++ 11 (0141) 28rS ( 2) ESOG (5)

+1 (41) . (01&21 11 ++ )

) (

( 2) . 2K 28rS

++ 11 (6142) Vek (0.6977)( 241 11 ++) Vek (0.211)

K5

.

87,08rS :(1)

C Vek

B epotosI Vek

87rS 0561.46 5720.7

08rS 0560.721 4664.21-

&

211

28rS USUS (5)(3) :(2)

etats )Vek( )Vek(2K )Vek(5K

+41 +2 5226.994 211.0- 2142.81

+42+61 5226.994 9677.0- 2645.41

87rS :(3)

)f(

4012)( 2)Vek(

)e (

3-012/J2 1-)Vek(

)d (

pxeR )/Vek(

)c (

)%(

E

)Vek(

)b ( )I( lacE

)Vek(

)a ( pxe)I(E )Vek(

nipS

I +2 5.872 8.892 5.872 92.7- 52.931 45.12 4585.2 +4 2.287 91.287 7.305 3100.0 29.521 97.72 2137.6 +65.494121.0541 3.217 79.2+ 87.811 88.03 999.21 +8 0932 6.2032 5.598 66.3+ 29.111 05.33 513.02 +01 7443 6.9333 7501 31.3+ 7.501 59.53 3361.82 +21 7564 2.1654 0121 60.2+ 38.001 0.83 18.63

+41 4206 3.7695 7631 49.0+ 46.79 05.93 4909.64 +61 8557 8.7557 4351 300.0 78.59 14.04 5210.95 +81 1529 0.3339 3961 688.0- 50.49 63.14 7138.17

(12) (a) (7) (b))%(()001 (c)

pxe

= pxeE

lac EE

R (d)IE

= R (01) (e) (11) (f)

.-rS28-87

311

08rS :(4)

)f(

4012)( 2)Vek(

)e( 3-012/J2

1-)Vek(

)d( )I(R

)/Vek( )c (

)%( E

)Vek(

)b( lac)I(E )Vek(

)a( pxe)I(E )Vek(

nipS I

+2 *88.583 64.334 88.583 3.21- 49.291 945.51 4369.4

+4 **86.089 23.1201 8.495 41.4- 7.841 3735.32 2683.9

+6 85.3671 85.3671 9.287 00.0 25.031 01.82 3707.51

+8 4.0072 32.0662 48.639 94.1+ 11 .711 20.23 3332.22

+01 7.5673 92.1173 3.5601 44.1+ 23.601 076.53 4706.82

+21 0.2594 57.6194 3.6811 17.0+ 68.89 677.83 2283.53

+41 6.6726 57.6726 6.4231 200.0- 75.49 767.04 6440.44

+61 5.2577 8.0977 9.5741 94.0- 42.29 800.24 726.45

+81 2.1339 15.9549 7.8751 73.1- 17.78 043.44 64.26

+02 0.97801 5.28211 8.7451 17.3- 93.77 493.05 2010.06

+22 3.03621 0.06231 3.1571 89.4- 95.97 601.94 8.67

+42 8.64741 8.19351 5.6112 73.4 - 81.88 314.44 4141.211 )22( (a) 164Vek ( =42) *

549Vek ( =42) ** (3) )e( ,)f( )d( ,(c),( b )

&

411

28rS :(5)

)f(

401 2)( 2)Vek(

)e(

3-012/J2 1-)Vek(

)d(

)I(R ()/Vek

E

()Vek

) c( )%(

)b(

lacE ()Vek

)a(

)I(pxeE ()Vek

I nipS

+2 45.375 45.375 0.0 45.375 77.682 64.01 9469.01

+4 45.8231 45.8231 0.0 0.557 57.881 45.81 1321.51

+6 74.9222 74.9222 0.0 39.009 551.051 24.42 9497.02

+8 8.2423 33.6723 30.1- 33.3101 860.621 06.92 2310.62

+01 3.0534 9644 37.2- 4.7011 47.011 13.43 7819.03

+21 1.7245 48.7085 10.7- 67.6701 37.98 17.24 8151.92

41+ 6.3456 80.5136 94.3+ 5.6111 47.97 63.84 5292.13

+61 0.2187 75.6177 22.1+ 23.8621 72.97 88.84 5643.04

81+ 8.7329 34.4329 40.0+ 87.5241 12.97 90.94 749.05

+02 4.27801 86801 40.0+ 6.4361 37.18 17.74 7929.66

+22 8.85721 62.91621 1.1+ 82.6881 47.58 85.54 9601.98

+42 8.01941 32.68441 8.2+ 48.1512 66.98 86.34 8439.511

(23) )a(

(8) (b ) (3) )e( ,)f( )d( ,(c)

.-rS28-87

511

0

05

001

051

002

052

003

03 52 02 51 01 5 0

I nipS

RI (

))5(US

)3(US

)6(O

87-rS

0

05

001

051

002

052

003

03 52 02 51 01 5 0

I nipS

R)I(

)5(US

)3(US

)6(O

08-rS

08-rS 87-rS IR :(1)

&

611

0

05

001

051

002

052

003

053

03 52 02 51 01 5 0

I nipS

R)I(

)5(US

)3(US

)6(O

28-rS

rS 28- IR :(2)

potosi 28-rS

00002000400060008

00001000210004100061

03 02 01 0

I nipS

Een

gr y

elev

slk(

ve)

pxeElacE

epotosi 87-rS

00002000400060008

00001

02 51 01 5 0I nipS

Een

gr y

elev

slk(

ve)

pxeElacE

epotosi 08-rS

0

0005

00001

00051

00002

I nipS03 02 01 0

Een

gr y

elev

slk(

ve)

pxeElacE

I E : (3) rS28-87

.-rS28-87

711

0

5

01

51

02

52

03

53

04

54

01 8 6 4 2 0

87-rs

0

01

02

03

04

05

06

61 41 21 01 8 6 4 2 0

08rS

rS08-872)( 2/J2 :(4)

&

811

28-rS

0

01

02

03

04

05

06

41 21 01 8 6 4 2 0

rS28 2)( 2/J2 :(5)

:

ESOG (1 .8728rS

O(6) 87,08rS (2 . 021+) ( 08rS

28rS (3 811+) ( 21+) ( .421+) ( 021+) (

(4 .

.87rS (5 .81&02 11 ++) ( 08rS (6 .011+) ( 28rS (7

78-82Sr-.

119

: 1) Regan P. H., Beausang C. W., Zamfir R. F., Casten R. F., Zhang Jine-

ye, Yamamoto A. D., Caprio M. A., Phys. Rev. Lettes. 90: 1525021-4 (2003).

2) Daniel Seaborne Project Super. P. H. Regan Seaborne (2004) WWW.ph.Surrey.ac.uk./nevsite/uploads

3) Regan P. H., Wheldon C., Yamamoto A. D., Valiente-Dobon, Cline D., etal., Acta Physica Polonica B36 :1313-1322 (2005).

4) Yu-Xin liu, Liang-Zhu Mu, and Haigng Wei Phys. Lett B 633:49-53 (2006).

5) Palit R., Sheikh J. A., Sun Y., Jain H. C., Nucl. Phys. A 686:141-162 (2001).

6) Yamamoto A. D., Beausang C. W., Xu F. R., Phys. Rev. C66: 0243021-13 (2002).

7) El Kameesy S. U., Alharbi H. H., Alhendi H. A., arxiv:nucl-th/0509015 V1 (2005).

8) Burcham W. E., Elements of Nuclear Physics Longman Inc., Newyork (1989).

9) Krane K., Introductory Nuclear Physics John Wiely and Sons, Newyork (1987).

10) Kelabi Mohamed E., arxiv:nucl-th/2005/050321V1 . 11) Sirag M. M., Jou. Nucl. Radi. Phys.1:79-91(2006). 12) Galeriu D., Bucurescu D., and Ivascu M., J. Phys. G: Nucl. Phys. 12:

329-348 (1986). 13) Buchinger F., Ramsay E. B., Arnold E., Neu W., Neugart R., and

Wendt K., Phys. Rev. C41:2883-2897 (1990). 14) Tripathy K. C., Sahu R., J. Phys. G: Nucl. Phys. 20:911-923 (1994). 15) Dring J., Aprahamian A., and Wiescher M., J. Res. Nati. Inst. Stand.

Technol. 105:43-51 (2000). 16) Yu C. H., Baktash C., Brinkman M. J., Jin H.-Q, and Rudolph D.,

etal., Phys. Rev. C57:113-122 (1998). 17) Iachello F., Arima A., The Interacting Boson Model, University press

Canbridge (1987). 18) Arima A., and Iachello F.,Phys.Rev. Lett.,35:1069- (1975). 19) Arima A., and Iachello F.,Ann. Phys.99:253- (1976). 20) Arima A., and Iachello F.,Ann. Phys.123:468-492 (1979). 21) Shaheen Rab., Nucl. Data Sheets 63:1- (1991). 22) Balraj Singh Nucl. Data Sheets 105:223- (2005). 23) Tuli J. K., Nucl Data Sheets 98:209- (2003). 24) His Tseng Chen Chinese Journal of Physics 29:411-430 (1991).