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BY (11) 6952
(13) C1
(19)
7
(51) A 61B 5/02
(12)
(54)
(72)
(21)
: a 20011059
(22) 2001.12.11
(46) 2005.03.30
(71)
:
(BY)
:
;
(BY)
(73)
:
(BY)
-
-
(57)
,
,
S
D
S = f1 ( W )
,
D = f 2 (W) ,
W,
W = S-D,
f1 ( W) = f 2 ( W ) ,
,
Q = const,
D < Q >S,
W
,
D<Q=S -
.
(56)
.-
.:
, 1996. - . 326-339.
BY 6952 C1
RU 94038825 A1, 1996.
RU 2021605 C1, 1994.
RU 2106792 C1, 1998.
RU 2012222 C1, 1994.
.1
0,
-
BY 6952 C1
,
,
-
,
.
,
,
-
,
.
,
-
.
,
,
,
[1, 2].
-
.
,
,
[3].
[2, 3, 4]
.
,
.
[3, 5]:
1.
).
.
2.
.
,
.
3.
(
)
-
.
.
4.
.
,
.
(
-
),
.
,
,
,
(
,
-
.) [3].
,
,
.
-
(
,
.),
,
. ,
,
,
,
(
).
,
.
2
-
BY 6952 C1
,
,
.
-
,
.
,
.
,
(
)
(S),
(D)
W = S-D
S D
(S/D),
W
S = f1 (W)
(S0)
; 4)
: 1)
2)
(
)
-
,
D = f2 (W)
, 3)
(D0)
;
-
.
,
-
t1, t2,... tN,
:
S1/D1, S2/D2,..., Sj/Dj,..., SN/DN,
Sj
(1)
Dj
j = 1,2,3,..., N
t.
(1)
,
:
Wj = Sj-Dj, j = 1,2,3,...,N,
Wj -
,
(2)
(1)
-
j.
(2)
W i,
:
W1,W2,...,Wj,...WN, j = 1,2,3,...,N
(3)
(3)
R≥1
i = 1,2,3,...,R
W1 < W2 <...< Wi <...< WR.
i-
,
Sj/Dj
i = 1,2,3,...,R,
(1),
ni
,
R
∑ ni = N .
i =1
S/D
W i.
i = 1,2,3,...,R
Wi
(ΣD)i
(ΣS)i,
-
:
Si =
1
( ∑ S) i ,
ni
Di =
1
( ∑ D) i , i = 1,2,3,..., R ,
ni
(4)
,
,
:
S = b1 + a 1W 
,
D = b2 + a 2W 
3
(5)
-
BY 6952 C1
S -
,
-
;
D -
,
-
;
1,
b1, b2 (5)
2
.
.
(5)
(
. 1,
Q,
1
2),
-
:
WQ =
b 2 − b1
, WQ ≠ 0 .
a1 − a 2
(6)
(WQ; Q)
, Q = const,
W = 0.
,
WS = S - Q,
Q = const (
. 1,
3),
WS = a1W
(5).
WD = D - Q
WD = |-a2W|
-
W = f1(W) - f2(W),
Q = const (
. 1,
2) ,
W = f1(W) - f2(W),
,
(5).
,
W = f1(W) - f2(W)
WS
(
)
,
,
WD
Q = const (
. 1,
3): W = WS + WD.
S >D
a1 > 0
2
< 0,
:
a1-a2 = l
(7)
S
a1 ≤ 0,
,
(
)
Q = const
,
,
Ws = -a1W,
": S = b1-a1W (
. 2,
,
,
-
"
1).
-
(
1
) (
. 2,
S = Q + a1W,
3)
= 0.
S/D,
,
(
σS σD
S = f1(W) D = f2(W)
1,5σ, 2σ
)
Si
3σ.
4
Di
(5).
Q = const. B
-
-
BY 6952 C1
Wi, i = 1,2,…,R,
(
Wi = min
D0
-
)
S0
WR = m
(5),
[6]:
1
S0 = [f 1 ( W1 ) + f1 ( WR )] 

2

1
D 0 = [f 2 ( W1 ) + f 2 ( WR )]

2
(8)
,
,
,
,
(8)
,
-
[7].
,
N
(S/D)
,
[ D ± σD < Q > S ± σS]
,
[ D ± σD < Q = S ± σS].
[ D ± σD < Q < S ± σS].
.1(
. 3)
,
.,
24
,
.
1
.
13-
1
25
Wi
.
30
35
40
45
50
.
S/D
.
ni
ΣSi
ΣDi
105/80 90/60
100/75
100/65 100/60 105/60 120/70
105/70 115/75 105/60 110/60
115/75
110/60
2
3
2
3
205
330
210
340
135
210
120
190
102,5
110
105
113,3
67,5
70
60
63,3
R=6
Σni=13
ΣΣSi=1380
ΣΣDi=870
S0=103,883
D0=66,383
Si
Di
2
205
155
102,5
77,5
1
90
60
90
60
S =81,1+0,6W
D =81,1-0,4W
d1= S i - S
96,1
71,1
6,4
99,1
69,1
-9,1
102,1
67,1
0,4
105,1
65,1
4,9
108,1
63,1
-3,1
111,1
61,1
2,2
Σ(100d1/S)2=162,7078
d2= D i - D
6,4
-9,6
0,4
4,9
-3,1
2,2
Σ(100d2/D)2=368,1482
σS =
∑ (100d S / S) 2
R
=
5
162,7078
= 5, 2%;
6
rSW=-0,7662
rDW=-0,6049
BY 6952 C1
σD =
∑ (100 d D / D ) 2
R
368 ,1482
=
6
= 7 , 8%.
:
1
1
[f1 ( W1 ) + f1 ( WR )] = [(96,1 + 111,1)] = 103,6
. .
2
2
σS = 103,6 × 0,052 = 5,4
. S 0 ± σS = 103,6 ± 5,4
.
1
1
D 0 = [ f 2 ( W1 ) + f 2 ( W R )] = ( 71,1 + 61,1) = 66 ,1
. .
2
2
σD = 66,1 × 0,078 = 5,2
. D 0 ± σD = 66,1 ± 5,2
.
(
)
b − b1 81,1 − 81,1
= 0,0 Q = 81,1
W0 = 2
=
.
a1 − a 2
0,6 + 0,4
S0 =
[ D 0 ± σD < Q < S 0 ± σS] .
.2
. 231
,
-
.
2
.
23.09
2.10.1997
30
40
50
120/90
110/60
110/60
S =135,6-0,5W
D =135,6-1,5W
1
120
90
30
120
90
30
120,6
90,6
120/80
110/70
120/80
3
350
230
120
116,7
76,7
40
115,6
75,6
2
220
120
100
110
60
50
110,6
60,6
Σni=6
ΣΣSi=690
ΣΣDi=440
ΣΣWi=250
S0=115,0
D0=73,3
W0=41,7
rSW=-0,9812
rDW=-0,9977
dS= S i - S
-0,6
1,1
-0,6
Σ(100 dS/S)2=1,6955
dD= D i - D
-0,6
1,1
-0,6
Σ(100dD/D)2=3,5360
Wi
R=3
.
,
S/D,
.
ni
ΣSi
ΣDi
ΣWi
Si
Di
Wi
Si
S = f1(W) D = f2(W)
σS =
σD =
:
∑(100d s / S) 2
1,6955
=
= 0,8%;
R
3
∑ (100 d D / D ) 2
R
=
3 , 5360
3
= 1,1%.
:
6
Di
-
BY 6952 C1
1
1
. .
[f1 ( W1 ) + f1 ( WR )] = (120,6 + 110,6) = 115,6
2
2
.
σS = 115,6 × 0,008 = 0,9
.; S 0 = 115,6 ± 0,9
1
1
. .
D0 = [f 2 ( W1 ) + f 2 ( WR )] = (90,6 + 60,6) = 75,6
2
2
σD = 75,6 × 0,011 = 0,8
.; D 0 = 75,6 ± 0,8
.
(
)
:
b 2 − b1 135,6 − 135,6
= 0,0
Q = 135,6
. WQ =
=
− 0,5 + 1,5
a1 − a 2
S0 =
,
[ D 0 ± σD < Q > S 0 ± σS],
,
,
. 4.
.3
S/D = 130/85
W
.,
.,
R = 4.
8
1997,
3
30
40
45
50
120/90
130/85
110/60
110/60
Si
Di
1
120
90
120,0
90,0
120/80
110/70
120/80
3
350
230
116,7
76,7
1
130
85
130,0
85,0
2
220
120
110,0
60,0
N=Σni=7
ΣΣSi=820
ΣΣDi=525
S0=117,1
D0=75,0
S =127,8-0,2W
D =127,8-1,2W
121,8
91,8
119,8
79,8
118,8
73,8
117,8
67,8
rSW=-0,9812
rDW=-0,9979
dS= S i - S
dD= D i - D
-1,8
-1,8
-3,1
-3,1
11,2
11,2
-7,8
-7,8
Σ(100dS/S)2=141,5913
Σ(100dD/D)2=381,6031
Wi
R=4
.
S/D=130/85
.
ni
ΣSi
ΣDi
σS
S = f1(W)
D = f2(W)
σS =
σD =
σD
:
∑ (100d s / S)
2
=
R
∑ (100 d D / D ) 2
R
=
141,5913
= 5,9%;
4
381, 6031
4
= 9 , 8%.
:
1
1
[f1 ( W1 ) + f1 ( WR )] = (121,8 + 117,8) = 119,8
2
2
σS = 119,8 × 0,059 = 7,1
. S 0 = 119,8 ± 7,1
1
1
D 0 = [f 2 ( W1 ) + f 2 ( WR )] = [91,8 + 67,8] = 79,8
2
2
S0 =
7
. .
.
. .
BY 6952 C1
.
σD = 79,8 × 0,098 = 7,8
. D 0 = 79,8 ± 7,8
(
)
:
Q = 127,8
. WQ = 0 [ D 0 ± σD < Q > S 0 ± σS].
,
S/D = 130/85
R = 4,
(
)
Q = 127,8
.
S 0 = 119,8
.
D 0 = 79,8
.,
[ D 0 ± σD < Q > S 0 ± σS].
(
. 3,
. 5)
(
.2
,
. 4)
,
1,5 σ.
[ D 0 ± σD < Q = S 0 ± σS].
,
.4 5(
. 6, 7),
.
[ D 0 ± σD < Q = S 0 ± σS],
. 4 5).
(
16.10.1997,
4
.
23.09.1997
30
45
50
120/90 110/75 120/80
110/70
120/80
120/80
110/70
1
1
5
120
110
580
90
75
380
120
110
116
90
75
76
130/85
110/60
110/60
1
130
85
130
85
2
220
120
110
60
Σni=10
ΣΣSi=1160
ΣΣDi=750
S0=116,0
D0=75,0
S =117,2
D =117,2-W
117,2
87,2
117,2
82,2
117,2
77,2
117,2
72,2
117,2
67,2
rSW=0,0
rDW=-0,6889
dS= S i - S
dD= D i - D
2,8
2,8
-7,2
-7,2
-1,2
-1,2
12,8
12,8
-7,2
-7,2
Σ(100dS/S)2=201,5167
Σ(100dD/D)2=518,5457
Wi
S/D
35
40
16.10.1997
.
.
ni
ΣSi
ΣDi
Si
Di
.
σS =
∑ (100d s / S) 2
R
=
8
201,5167
= 6,3%;
5
R=5
BY 6952 C1
σD =
∑ (100 d D / D ) 2
=
R
518 , 5457
5
= 10 , 2%.
:
1
1
( S1 + SR ) = (117,1 + 117, 2) = 117, 2
. .;
2
2
1
1
D 0 = ( D1 + D R ) = (87, 2 + 67,8) = 77, 2
. .
2
2
.:
S0 σ S
117, 2 × 6,3
σS =
=
= 7, 4
. .;
100
100
S 0 ± σS = 117,2 ± 7,4
.;
D 0σ D
77, 2 × 10, 2
σD =
=
= 7 ,9
. .;
100
100
D 0 ± σD = 77,2 ± 7,9
.
(
)
:
Q = 117,2
. WQ = 0 [ D 0 ± σD < Q = S 0 ± σS]
S0 =
5
.
23.09.1997
30
Wi
35
30.10.1997
40
45
50
120/80
110/70
120/80
120/80
110/70
120/80
120/80
110/70
120/80
120/80
10
1170
770
117
77
117,4
77,4
-0,4
-0,4
130/85
110/60
110/60
1
130
85
130
85
117,4
72,4
12,6
12,6
2
220
120
110
60
117,4
67,4
-7,4
-7,4
199 , 67
= 6 , 3%;
.
S/D
.
ni
ΣSi
ΣDi
Si
Di
S =117,4
D =117,2-W
dS= S i - S
dD= D i - D
120/90 110/75
110/75
120/90 110/75
110/75
2
240
180
120
90
117,4
87,4
2,6
2,6
σS =
4
440
300
110
75
117,4
82,4
-7,4
-7,4
∑ (100 d S / S ) 2
R
9
=
5
R=5
Σni=19
ΣΣSi=2200
ΣΣDi=1455
S0=115,8
D0=76,6
rSW=0,0
rDW=-0,6899
Σ(100dS/S)2=199,6698
Σ(100dD/D)2=473,2938
BY 6952 C1
∑ (100 d D / D ) 2
σD =
R
=
473 , 2938
5
= 9 , 7%.
:
1
1
( S1 + SR ) = (117,4 + 117,4) = 117,4
. .
2
2
σS = 117,4 × 0,063 = 7,4
. . S 0 = 117,4 ± 7,4
.
1
1
. .
D0 = ( D1 + D R ) = (87,4 + 67,4) = 77,4
2
2
.
σD = 77,4 × 0,097 = 7,5
. D 0 = 77,4 ± 7,5
Q = 117,4
. WQ = 0 [ D 0 ± σD < Q = S 0 ± σS] .
(
. 3, 4, 5,
. 5, 6, 7)
,
8.10.1997
16.10.1997
.
(
) [ D 0 ± σD < Q > S 0 ± σS]
[ D 0 ± σD < Q = S 0 ± σS],
. 30.10.1997 (
. 5,
. 7).
S0 =
1)
(
6
24
Q = const (
S = const
1).
.8
.
,
-
.
6
.
12
21
1997
35
40
45
Si
Di
120/85
120/85
2
240
170
120
85
110/70
120/80
2
230
150
115
75
115/70
115/70
2
230
140
115
70
Σni=6
ΣΣSi=700
ΣΣDi=460
S0=116,7
D0=76,7
S =136,7-0,5W
D =136,7-1,5W
119,2
84,2
116,7
76,7
114,2
69,2
r1=-0,8660
r2=-0,9820
d1= S i - S
d2= D i - D
0,8
0,8
-1,7
-1,7
0,8
0,8
Σ(100d1/S)2=3,0632
Σ(100d2/D)2=7,1518
Wi
R=3
.
S/D
.
ni
ΣSi
ΣDi
σS =
σD =
∑ (100d 1 / S) 2
R
∑ (100 d 2 / D ) 2
=
7 ,1518
= 1, 5%;
R
3
1
1
S 0 = ( S1 + S R ) = (119 , 2 + 114 , 2 ) = 116 , 7
. .;
2
2
10
=
3,0632
= 1,0%;
3
BY 6952 C1
σS = 116,7 × 0,01 = 1,2
.;
S 0 ± σS = 116,7 ± 1,2
.;
1
1
D0 = ( D1 + D R ) = (84,24 + 69,2) = 76,7
2
2
σD = 76,7 × 0,015 = 1,2
.;
D 0 ± σD = 76,7 ± 1,2
. Q = 136,7
(
. 6,
. 8)
.
10
[ D 0 ± σD < Q > S 0 ± σS].
,
. 9)
[ D 0 ± σD < Q > S 0 ± σS],
. .;
. WQ = 0 .
,
11
1997 (
12
17
1997 (
. 8,
[ D 0 ± σD < Q < S 0 ± σS].
. 10)
. 7,
7
.
12
11
1997
35
40
45
120/85
120/85
120/85
115/70
115/70
120/75
120/75
Si
Di
3
360
255
120
85
110/70
120/80
110/70
120/80
110/70
5
570
370
114
74
4
470
290
117,5
72,5
Σni=12
ΣΣSi=1400
ΣΣDi=915
S0=116,7
D0=76,25
S =127,2-0,25W
D =126,8-1,24W
118,42
83,4
117,2
77,2
116,0
71,0
r1=-0,4147
r2=-1,0
dS= S i - S
dD= D i - D
1,6
1,6
-3,2
-3,2
1,5
1,5
Σ(100d1/S)2=10,9532
Σ(100d2/D)2=25,3256
Wi
R=3
.
S/D
.
ni
ΣSi
ΣDi
σS =
∑(100d1 / S) 2
10,9532
=
= 1,9%;
R
3
∑(100d 2 / D) 2
25,3256
σD =
=
= 2,9%;
R
3
1
1
S 0 = ( S1 + S R ) = (118 , 4 − 116 , 0 ) = 117 , 2
. .;
2
2
σS = 117,2 × 0,019 = 2,2
; S 0 ± σS = 117,2 ± 2,2
1
1
D0 = ( D1 + D R ) = (83,4 + 71,0) = 77,2
. .;
2
2
11
.;
BY 6952 C1
σD = 77,2 × 0,029 = 2,2
.; D 0 ± σD = 77,2 ± 2,2
126 , 8 − 127 , 2
WQ =
= −0 , 404 Q = 127,3
− 0 , 25 + 1, 24
.;
.
8
.
17
1997
30
35
40
45
110/80
120/85
120/85
120/85
115/70
115/70
120/75
120/75
Si
Di
1
110
80
110
80
3
360
255
120
85
110/70
120/80
110/70
120/80
110/70
120/80
6
690
450
115
75
4
470
290
117,5
72,5
Σni=14
ΣΣSi=1630
ΣΣDi=1075
S0=116,4
D0=76,8
S =102,5+0,35W
D =102,5-0,65W
113,0
83,0
114,8
79,8
116,5
76,5
118,25
73,25
r1=0,7196
r2=-0,9185
ds= S i - S
dD= D i - D
-3,0
-3,0
5,2
5,2
-1,5
-1,5
-0,75
-0,75
Σ(100d1/S)2=29,6258
Σ(100d2/D)2=60,4194
Wi
R=4
.
S/D
.
ni
ΣSi
ΣDi
σS =
σD =
S0 =
1
2
∑ (100d 1 / S) 2
R
∑ (100d 2 / D) 2
( S1 + S R ) =
R
1
2
29,6258
= 2,7%;
4
=
60, 4194
= 3,9%;
4
(113 , 0 + 118 , 25 ) = 115 , 6
σS = 115,6 × 0,027 = 3,1
D0 =
=
.;
S 0 ± σS = 115,6 ± 3,1
1
1
( D1 + D R ) = (83,0 + 73,25) = 78,1
2
2
σD = 78,1 × 0,039 = 3,0
Q = 102,5
.;
. .;
.;
. .;
D 0 ± σD = 78,1 ± 3,0
. WQ = 0
.;
.
(35-36
2000 (
. 10,
)
14
. 12).
3
(
12
. 9,
. 11)
17
BY 6952 C1
9
.
Wi
25
30
40
105/80
100/70
100/70
2
200
140
100
70
100,0
70,0
0,0
0,0
90/50
90/50
2
180
100
90
50
90,0
50,0
0,0
0,0
14.09
R=3
.
S/D
.
ni
ΣSi
ΣDi
Si
Di
S =130,0-W
D =130,0-2W
dS= S i - S
dD= D i - D
1
105
80
105
85
105,0
80,0
0,0
0,0
σS =
σD =
∑ (100d 1 / S) 2
R
∑ (100d 2 / D ) 2
R
3.10.2000
Σni=5
ΣΣSi=485
ΣΣDi=320
S0=97,0
D0=64,0
r1=-1,0
r2=-1,0
Σ(100d1/S)2=0,0
Σ(100d2/D)2=0,0
= 0, 0
= 0, 0
1
1
( S1 + SR ) = (105,0 + 90,0) = 97,5
. .
2
2
1
1
D0 = ( D1 + D R ) = (80,0 + 50,0) = 65,0
. .
2
2
Q = 130,0
. WQ = 0 [D0 < Q > S0].
S0 =
.
Wi
25
30
35
40
105/80
100/70
100/70
90/60
100/70
4
390
270
97,5
67,5
101,25
71,25
-3,75
-3,75
105/70
90/50
90/50
1
105
70
105,0
70,0
97,5
62,5
7,5
7,5
2
180
100
90,0
50,0
93,75
53,75
-3,75
-3,75
.
S/D
.
ni
ΣSi
ΣDi
Si
Di
S =123,75-0,75W
D =123,75-1,75W
dS= S i - S
dD= D i - D
1
105
80
105
80
105,0
80,0
0,0
0,0
13
14.09.
10
17.10.2001
R=4
Σni=8
ΣΣSi=780
ΣΣDi=520
S0=97,5
D0=65,0
rSw=-0,8581
rDw=-0,9869
Σ(100d1/S)2=88,889
Σ(100d2/D)2=220,3758
BY 6952 C1
σS =
σD =
∑ (100d 1 / S) 2
R
∑ (100d 2 / D) 2
=
=
88,889
= 4,7%;
4
220,3758
= 7, 4%;
4
R
1
1
. .;
S0 = ( S1 + SR ) = (105,0 + 90,0) = 97,5
2
2
.;
σS = 97,5 × 0,047 = 4,6
.; S 0 ± σS = 97,5 ± 4,6
1
1
. .;
D0 = ( D1 + D R ) = (80,0 + 50,0) = 65,0
2
2
.;
σD = 65,0 × 0,074 = 4,8
.; D 0 ± σD = 65,0 ± 4,8
Q = 123,75
. WQ = 0 [ D 0 ± σD < Q > S 0 ± σS] .
(
. 10,
. 13
. 10,
. 12)
,
.
[ D 0 ± σD < Q > S 0 ± σS].
.
(
. 11,
. 13),
(
)
Q = 121,0
.
11
.
26.03
23.09. 2000
W,
.
30
, S/D,
.
ni
ΣSi
ΣDi
Si
Di
35
40
45
50
R=5
120/90 100/65 110/70 105/60 110/60
100/60
120/80
110/70
1
1
4
1
1
120
100
440
105
110
90
65
280
60
60
120
100
110
105
110
90
65
70
60
60
Σni=8
ΣΣSi=875
ΣΣDi=555
S0=109,4
D0=69,4
S =121,0-0,3W
D =121,0-1,3W
112,0
82,0
110,5
75,5
109,0
69,0
107,5
62,5
106,0
56,0
rSW=-0,3916
rDW=-0,8912
dS= S i - S
dD= D i - D
8,0
8,0
-10,5
-10,5
1,0
1,0
-2,5
-2,5
4,0
4,0
Σ(100dS/S)2=161,8033
Σ(100dD/S)2=357,7147
σS =
161,8033
= 5, 7% ;
5
σD =
357,7147
= 8, 4% ;
5
1
(112,0 + 106,0) = 109,0
. .;
2
σS = 109,0 × 0,057 = 6,2
; S 0 ± σS = 109,0 ± 6,2
S0 =
14
.;
BY 6952 C1
1
(82,0 + 56,0) = 69,0
. .;
2
σD = 69,0 × 0,084 = 5,8
.; D 0 ± σD = 69,0 ± 5,8
Q = 121,
. WQ = 0 [D0 ± σD < Q > S0 ± σS] .
D0 =
.
,
,
-
,
,
-
.
(
)
.
,
-
,
(
)
,
-
.
(rW,S)
.
S = Q-a1W,
-
,
a1 ≤ 0,
,
.
.
1.
(
1)
(
2)
-
2)
-
.
S = f1 (W)
D = f2 (W)
Q = const (
3)
[ D 0 < Q < S 0 ].
2.
(
1)
(
.
S = f1 (W)
D = f2 (W)
Q = const (
3),
[ D 0 < Q < S 0 ].
-
3.
S = 81,1 + 0,6W (
D = 81,1-0,4W (
1)
2)
W
(
Q = const (
1
.
-
2)
3)
(R = 6)
[ D 0 ± σD < Q < S 0 ± σS].
4.
S = 135,6-0,5W (
D = 135,6-1,5W (
1)
2)
(W)
Q = const (
15
(
3)
1
.
2)
-
BY 6952 C1
(R = 3)
,
[ D 0 ± σD < Q > S 0 ± σS].
5.
S = 127,8-0,2W (
1)
D = 127,8-1,2W (
2)
(W)
A. (R = 4).
(
1
2)
Q = const (
3),
[ D 0 ± σ D < Q > S 0 ± σ S]
[ D 0 ± 1,5σD < Q = S 0 ± 1,5σS].
6.
S = 117,2 (
1)
D = 117,2-W (
2)
(W)
.
(R = 5)
.
(
1
2)
Q = S = const (
1),
[ D 0 ± σD < Q = S 0 ± σS].
7.
S = 117,4 (
1)
D = 111,4-W (
2)
(W)
.
(R = 5)
.
(
1
2)
Q = S = const (
1),
[ D 0 ± σD < Q = S 0 ± σS].
8.
S = 136,7-0,5W (
1)
D = 136,7-1,5W (
2)
(W)
(R = 3)
.
(
1
2)
Q = const (
1),
[ D 0 ± σD < Q > S 0 ± σS].
9.
S = 127,2-0,25W (
1)
D = 127,2-1,25W (
2)
W
(R = 3)
.
(
1
2)
Q = const (
3),
[ D 0 ± σD < Q > S 0 ± σS].
10.
S = 102,5-0,35W (
1)
D = 102,5-0,65W (
2)
W
(R = 4)
.
(
1 2)
Q = const (
3)
[ D 0 ± σD < Q < S 0 ± σS].
16
-
-
-
-
-
-
-
BY 6952 C1
11.
S = 130,0-W (
D = 130,0-2W (
(R = 3)
1)
2)
-
W
(
Q = const (
.
2)
1
3)
-
14
13
2000,
[ D 0 ± σD < Q > S 0 ± σS].
12.
S = 123,75-0,75W (
D = 123,75-1,75W (
(R = 4)
1)
2)
W
-
.
(
1
2)
-
Q = const
14
17
2000,
[ D 0 ± σD < Q > S 0 ± σS].
13.
S = 121,0-0,3W (
D = 121,0-1,3W (
1)
2)
-
W
.
(
1
2)
Q = const
( 26
23
2001),
[ D 0 ± σD < Q > S 0 ± σS].
:
1.
2.
.C.
.-
.-
2. - 2001. - . 28-30.
.,
.,
1. - 2001. - . 85-90.
3.
1996. - . 327-340.
4.
.,
2001. - . 17-20.
5.
.,
6. 19990952,
7.
P.
/
.
.,
.,
.
.
.
B. .
61 5/02, 1999.
.-
.
.
-
. - M.:
. -
2. -
12. - 1996. - . 84-88.
. - M.:
17
.
, 1981. - . 204.
BY 6952 C1
.2
.3
.4
.5
.6
.7
18
BY 6952 C1
.8
.9
. 10
. 11
. 12
. 13
.
220034, .
,
.
, 20.
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