-
= 4.92
2
= 2.33
2
= 2.16
2
= 270
2
= 0.43
3
-
c (
2 ) ()(%) (
3 )
= 300
(
2 ) (
2
) (
3 )
-
(
2 )
-
< 5
()
(
2 )
(
3 )
= + + 0.5
=
=
=
=
=
-
=
= 1 0.25 log (
2)
=( 1)
tan
= [tan (45 +
2)]
2
( tan )
= 2( + 1) tan
> 1tan
1 (
)
= 1 + (
) (
)
= 1 + (
) tan
-
= 1 0.4 (
)
= 1 + 0.4 tan1 (
)
= 1 + 2 tan (1 sin )2 tan1 (
)
= 1
= 1 0.25 log (
2)
= 2.5 , = 8.0 = 2.5 , = 8.0
= 6.99
2 = 14.77
2
=
= 2.33
2 =
= 4.92
2
-
= +
=
=
=
=
=( )
12
=
=
=
1, 2 =
=
= [
1 + 0 log
+
1 + 0 log
]
-
=
, =
0 =
=
0 , =
=
= 5.0 , = 8.0
= 2.16
2
-
=
=
=
=
= 5.0 , = 8.0
= 0.43 kg
3
-
1 sin
1 sin
1 + sin
1 + sin
1 sin
-
-- -- :
0.2-
0.1-
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
0.01
0.11
0.21
0.2-
0.1-
0.0
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
0.01
0.11
0.21
goL eroB
1HB 00.01 --
00.2- 00.0
)c(TPS
%
/rgmc3
/rgmc3
gkmc/
2_su
gkmc/
2
%
8842D MTSA m
LC
1U 2.1 352.0 52 46.1 89.1 75.02 91 01 9
2U 9.0 431.0 62 26.1 69.1 19.02 71 01 8
LC
3U 07.1 31.2 66.52 71 21 01
4U 30.62 02 71 21
1D 58 72 32 02MS
: : //
: (:m ) (:m )
: : (:m ) (:m )
*
dr3 dn2 ts1
:
:
:
( ) .
: .4791 ,.la te ,kceP*
:
-
-- -- :
8134D MTSA ,tseT stimiL grebrettA
1HB 2U 00.3
19.02 =c_w 0.32 %
36.91 =LP44.23 =LL18.21 =IP01.0 =IL
65.0 =ytivitcA
: : //
: : (:m )
: : :
: )%(
-
-- -- :
00010010111.010.0100.01000.00
05
001
00010010111.010.0100.01000.00
05
001
2m
57m
N(o2.00
)
245
mN(.o
04)
m2m
N(.o01
)
.457mm
N(.o
)4
91mm
0(7.i5.n
)
57mm
3(ni).
03m0
m1(i2.n
)
224D & 3196D MTSA ,slioS fo noitadarG
1HB 2U 00.3
) ( ) (
) (
19.02 =c_w 39.411 =1_M =ht_M07.983 =t_M 83.702 =w_M =hd_M
13.223 =d_M 3.46 % =T
AN =u_C 44.23 =LL 9.0 % 6.56 % AN =c_C 18.21 =IP 5.33 %
: : //
: : (:m )
: : : : :
: : : : :
: )%( (rg ) (rg )(rg ) (rg ) (rg )(rg ) (c )
: )%(
)%( : LC
: :LC
:
00010010111.010.0100.01000.00010203040506070809001
0605
03
01
)mm( D ,retemaiD
ePecr tnniF
re%()
00010010111.010.0100.01000.00010203040506070809001
0605
03
01
)mm( D ,retemaiD
ePecr tnniF
re%()
-
-- -- :
00010010111.010.0100.01000.00
05
001
00010010111.010.0100.01000.00
05
001
2m
57m
N(o2.00
)
245
mN(.o
04)
m2m
N(.o01
)
.457mm
N(.o
)4
91mm
0(7.i5.n
)
57mm
3(ni).
03m0
m1(i2.n
)
224D & 3196D MTSA ,slioS fo noitadarG
1HB 3U 00.5
) ( ) (
) (
66.52 =c_w 56.93 =1_M =ht_M05.873 =t_M 65.162 =w_M 07.54 =hd_M
12.103 =d_M 8.68 % 51 =T
AN =u_C 44.23 =LL 0.0 % 5.78 % AN =c_C 18.21 =IP 4.21 %
: : //
: : (:m )
: : : : :
: : : : :
: )%( (rg ) (rg )(rg ) (rg ) (rg )(rg ) (c )
: )%(
)%( : LC
: :LC
:
00010010111.010.0100.01000.00010203040506070809001
0605
03
01
)mm( D ,retemaiD
ePecr tnniF
re%()
00010010111.010.0100.01000.00010203040506070809001
0605
03
01
)mm( D ,retemaiD
ePecr tnniF
re%()
-
-- -- :
5342D MTSA ,tseT noitadilosnoC
1HB 2U 00.3
80.99 85.471
00.2 =0_H 19.02 =c_w 07.2 =s_G00.5 =0_D 05.57 =M 189.0 =w_536.91 =0_A 29.1 76.0 =0_e072.93 =0_V 95.1 08.48 =0_s
11.0 =RC 85.0 1-)2mc/not( 23.01 =v_m 10.0 =RR 81.2 1-)2mc/not( 91.71 =v_a
91.0 =c_c 67.3 =RCO 20.0 =r_c 06.1
: : //
: : (:m )
: LC : :
(:rg ) (:rg )
:(mc ) )%( )(
(mc ) (rg ) (3mc/rg )(2mc ) (3mc/rg ) =t_
(3mc ) (3mc/rg ) =d_ )%(
:(2mc/gk ) =0z_(2mc/gk ) =c_
:(2mc/gk ) =m_ :
: :LC
:
001 01 1 0
01234567890111213134.0 41
84.0
35.0
85.0
36.0
)2mc/gk( a_ ,ssertS evitceffE laixA
xAlaitS iar ,n
a_%( )
oV diaRoite ,
001 01 1 0
01234567890111213134.0 41
84.0
35.0
85.0
36.0
)2mc/gk( a_ ,ssertS evitceffE laixA
xAlaitS iar ,n
a_%( )
oV diaRoite ,
c
-
-- -- :
0803D MTSA ,tseT raehS tceriD
1HB 1U 05.1
511.4 5.0 2 01 01
001 =A 75.02 =c_w 27.2 =s_G2 =H 00.693 =M 189.0 =w_002 =V 89.1 =t_ 26.0 =e46.1 =d_ 45.98 =s
352.0 =c 52
: : //
: : (:m )
: LC
: : : :
: : : :
: : : :
(:gk ) (:nim/mm ) (:mc )
:(2mc ) )%( )(
(mc ) (rg ) (3mc/rg )(3mc ) (3mc/rg )
(3mc/rg ) )%(
:(2mc/gk ) (ged ) =
: :LC
:
00.2 08.1 06.1 04.1 02.1 00.1 08.0 06.0 04.0 02.0 00.000.0
02.0
04.0
06.0
08.0
00.1
02.1
04.1
352.0 + x474.0 = )x(f000.1 = R
)2mc/gk( ,ssertS lamroN
hSrae
tS ser ,s
gk( mc/
)2
00.2 08.1 06.1 04.1 02.1 00.1 08.0 06.0 04.0 02.0 00.000.0
02.0
04.0
06.0
08.0
00.1
02.1
04.1
352.0 + x474.0 = )x(f000.1 = R
)2mc/gk( ,ssertS lamroN
hSrae
tS ser ,s
gk( mc/
)2
-
-- -- :
0803D MTSA ,tseT raehS tceriD
1HB 2U 00.3
511.4 5.0 2 01 01
001 =A 19.02 =c_w 27.2 =s_G2 =H 02.293 =M 189.0 =w_002 =V 69.1 =t_ 56.0 =e26.1 =d_ 51.88 =s
431.0 =c 62
: : //
: : (:m )
: LC
: : : :
: : : :
: : : :
(:gk ) (:nim/mm ) (:mc )
:(2mc ) )%( )(
(mc ) (rg ) (3mc/rg )(3mc ) (3mc/rg )
(3mc/rg ) )%(
:(2mc/gk ) (ged ) =
: :LC
:
00.2 08.1 06.1 04.1 02.1 00.1 08.0 06.0 04.0 02.0 00.000.0
02.0
04.0
06.0
08.0
00.1
02.1
04.1
431.0 + x284.0 = )x(f769.0 = R
)2mc/gk( ,ssertS lamroN
hSrae
tS ser ,s
gk( mc/
)2
00.2 08.1 06.1 04.1 02.1 00.1 08.0 06.0 04.0 02.0 00.000.0
02.0
04.0
06.0
08.0
00.1
02.1
04.1
431.0 + x284.0 = )x(f769.0 = R
)2mc/gk( ,ssertS lamroN
hSrae
tS ser ,s
gk( mc/
)2
-
-- -- :
6612D MTSA ,tseT noisserpmoC denifnocnU
1HB 1U 05.1
6126.2 2.1
01.7 =0_H 75.02 =c_w 27.2 =s_G57.3 =0_D 63.551 =M 189.0 =w_540.11 =0_A 89.1 =t_ 26.0 =e714.87 =0_V 46.1 =d_ 86.98 =s
04.2 =u_q 063 =u_E02.1 =u_s
6791 ,inangihcuB dna nacnuD *4791 ,.la te ,kceP **
: : //
: : (:m )
: LC : :
(:vid/fgk ) (:nim/mm )
:(mc ) )%( )(
(mc ) (rg ) (3mc/rg )(2mc ) (3mc/rg )
(3mc ) (3mc/rg ) )%(
: :(2mc/gk ) (*2mc/gk )
(2mc/gk ) **:
: :LC
:
01 9 8 7 6 5 4 3 2 1 00.0
5.0
0.1
5.1
0.2
5.2
0.3
)%( niartS
nUnoc
nifdeoC pm
servis certSssegk(
mc/)2
01 9 8 7 6 5 4 3 2 1 00.0
5.0
0.1
5.1
0.2
5.2
0.3
)%( niartS
nUnoc
nifdeoC pm
servis certSssegk(
mc/)2
-
-- -- :
6612D MTSA ,tseT noisserpmoC denifnocnU
1HB 2U 00.3
6126.2 2.1
06.7 =0_H 19.02 =c_w 27.2 =s_G07.3 =0_D 16.751 =M 189.0 =w_257.01 =0_A 39.1 =t_ 76.0 =e617.18 =0_V 06.1 =d_ 55.48 =s
08.1 =u_q 072 =u_E09.0 =u_s
6791 ,inangihcuB dna nacnuD *4791 ,.la te ,kceP **
: : //
: : (:m )
: LC : :
(:vid/fgk ) (:nim/mm )
:(mc ) )%( )(
(mc ) (rg ) (3mc/rg )(2mc ) (3mc/rg )
(3mc ) (3mc/rg ) )%(
: :(2mc/gk ) (*2mc/gk )
(2mc/gk ) **:
: :LC
:
7 6 5 4 3 2 1 00.02.04.06.08.00.12.14.16.18.10.2
)%( niartS
nUnoc
nifdeoC pm
servis certSssegk(
mc/)2
7 6 5 4 3 2 1 00.02.04.06.08.00.12.14.16.18.10.2
)%( niartS
nUnoc
nifdeoC pm
servis certSssegk(
mc/)2
