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2.2.2. 29
2.3.
37
2.3.1.
37
2.3.2.
39
2.3.3.
41
2.4.
43
2.5. 46
2.6. 47
3. ,
48
3.1 . 49
3.2. , 55 2
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3.3. ,
66
3.3.1 . 66
3.3.2. 68
3.3.3. 71
3.4.
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3.4.1. 96
3.4.2. 99
3.4.3. 1- 101
3.4.4. 102
3.5.
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3.7.
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3.8.
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3.9. 140
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4.2.3
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4.2.4.
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4.2.5.
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4.3.
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4.3.2
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4.4.
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4.4.1.
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4.4.2.
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4.4.3.
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4.5. 267
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274
5.2.
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5.3.
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1964 http://www/inokean. ru/oceans/tihiy
http://.inokean.ru/ oceans/tihiy
http://www.erudition. ru/ref.
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log ik = log iKop + (-)/
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Pseudomonas, Vibrio; Nitrosomonas . :
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118
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63
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2.525
3.264
2.24
3.035
2.717
2.656
4.676
0.194
0.485
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62.5
12.3
133.7
80.0
0.578
24.9
6.78
0.398
0.887
30.64
54.98
49.9
60.29
21.74
32.79
40.2
21.84
23.53
W
17.7
54.98
47.3
50.77
6.86
13.81
16.9
15.47
18.57
3.51
10.97
1.6
3.36
132.38
194.74
115.09
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119
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121810
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0,93
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121
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160
140
120
100
80
60
40
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51 52 S3 54 55 S6 57 58 59 510 511 512 513 514 515 516 S17 518
519
120
100
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60
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519
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3.23.
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28.8
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5.5
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125
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70 60 50 40 30 20 10
U "1 1 1 1 I 1 1 * * I ' ! I I " I I I I I I
S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 S15 S16 S17 S18
S19
S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 S15 S16 S17 S18
S19
20
S1 S2 S3 S4 S5 S6 S7 S8 S9 S10 S11 S12 S13 S14 S15 S16 S17 S18
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126
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70
60
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1.9127 0.746
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3.66720.192
2.4475=.898
0.93740.079
0.00090.0006
0.13560.015
0.08870.003
50.9957.97
19.612.19
45.105.14
10.470.99
46.546.02
6.060.15
25.193.11
10.370.48
35.021.67
11.291.75
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5.05
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-
1.05
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0.44
-
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0.25
-
0.20
-
0.20
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0.30
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(/^-) = 2.56 - 18.65W (R^ = 0.997, S=0.858) (3.7) - :
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,
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0.99
0.98
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130
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,
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[Xiangrong, Guiqiao, 2005], ,
.
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( , , ), .
3.10,
, ,
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131
-
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, .3.26,
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3.26.
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7.52
11.72
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26.4
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4.9924
1.5177
2.3304
* - 14
, , , , , ,
, , , , , , , ,
.
:
R02 = -0.775;
Rs = 0.921;
RT= 0.920;
R* = 0.999
132
-
:
QBK = Ro2'Co2 + Rs-S + RrT + ' - ( ): QEK = -0.775-7.52 +
0.921-32.7 + 0.92-26.4 + 0.999-19.857 = 68.414. ( ): = -0.775-8.14
+ 0.921-26.0 + 0.92-12 + 0.999-9.071 = 36.683.
( ):
Q B K = -0.775-11.72 + 0.921-16.4 + 0.92-14.7 + 0.999-5.143 =
24.683.
0,999063.
,
.
121810
;
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9.476 12.815 , ,
3.5.
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-
.
.
133
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.
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. 121810
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13.11.06, - 15.03.07, -
07.05.07 , [ ., 2009; ., 2010].
.
, -
- (Y-K) .
..
134
-
.
:
, -
; 1
- ;
-
; -
(. 3. 27).
3.27.
.
1095 1102 498 1151
1056:1110
1, /2
0,993
1,781 1,779 1,057 1,006 0,866
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273
256 270 248 153 273
,
363
136 350 352 288 321
. 3.27
( 1095, 1102, 498, 1151 1056:1110).
, (. 3.28). - ,
.
. ,
.
.
135
-
3.28.
:
Vibrio
Pseudomonas
Pseudo alteromonas
CFB-
Halomonas
Shewanella
Aeromonas
Enter oh acteriaceae
Chromobacterium
Photobacterium
Psychrobacter
:
Bacillus
Arthrobacter
Coryneformes Agromyces
Cellulomonas
Rhodococcus
Staphylococcus
Planococcus
Micrococcus
Marinococcus
128
60
27
6
11
8
2
4
6
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46
16
4
5
4
1
2
4
2
5
1
148
59
30
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17
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4
8
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1
20
11
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-
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26
10
7
2
1
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2
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4
1
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1
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136
-
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2
176
1
2
170
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1
30
,
, (. 1-2, 1).
.
, , , 61 %
, 40 %
, 10 %
.
3.27,
,
1.5-2 .
1056 1110,
. ,
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.
:
1102 498. , . 3.27, ,
,
,
.
137
-
22 (. 1, 1), [Kelly, Chistoserdov, 2001]. , , ,
, seudoalteromonas, Pseudomonas,
Shewanella, Vibrio, Arthrobacter, Bacillus, Staphylococcus,
Tsukamurella CFB
- [Lee et al., 2003]. .
,
.
, [Decho, 2000].
, ,
[Mayer et al., 1999].
.
.
.. [2005] ,
. ,
,
.
,
- , ,
[Ashton et al., 1973; , 1990; Busalmen et al., 2002]. 138
-
(. 1-3, 1) . ,
[, 2005]. , [, 1990]. , -
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,
.
,
(.. 3.27). , ,
[Olsson, Landolt, 2003].
,
,
,
,
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,
.
139
-
3.9.
1 .
.
.
,
20-30 .
2.
(QBK)- 4
: QBK = ^ YjRj , Y; -
( , , , ), Rj - .
QBK -, , 68.414, 24.683 36.683
,
. QBK .
.
3. QBK ().
.
( /2-.) . , ,
, :
= 2.56-18.651
140
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, .
4. ,
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2-3
.
,
,
.
5. ,
.
,
,
,
.
6. ,
,
.
.
.
141
-
4.
,
[ ., 1989; , , 1991; , 1998; 2008; , 2008]. ,
(), . ,
/ . 4.1
.
4.2 ,
.
4.1.
() ,
,
.
-
(), , ; -
; -
, .
. . [Ferry, Ketchum, 1946], ,
, ,
.
142
-
,
,
- .
,
74%,
- 74 100%.
, ,
, .
, ..
- .
(
) , .. , 100% .
> LD1 0 0 (LCioo), LD1 ()- [ ., 1989]. ,
, , ,
,
,
.
, ,
, ,
[ ., 1992]. ,
.
.
143
-
, ,
.
,
, ,
: , ,
, .
[ ..., 1957; ., 1989] - V(t) V t tKp,
VKp, . tKp
.
:
,
, -
,
, ,
. ,
, , , ,
.
. ,
.
:
- ( 144
-
) () - (
) [ ., 1989]
.
- ,
(/ 2-.) [Marine fouling..., 1952;., 1999].
.
.
-
,
[ ., 1989].
[ ., 1973]. ,
, [ ., 1978]. , ,
.
,
[ ., 1973; ., 1978; ., 1991]. .
145
-
.
52.4-74.0% (),
[Partington, 1964; ., 1982; , 1987].
,
,
, .
,
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.
, , ,
,
, ,
.
, -
.
,
, ,
.
, 5.4 / 8.1,
,
60-70 . 146
-
30-35%
[, 1987].
,
, 1- [, 1987].
[ ., 1988]. 840
, [ ., 1991].
, .
. . [Ferry, Ketchum, 1946],
().
() 45%,
.
-
.
- .
[Marson, 1969], , ,
( ) .
, ,
.
, . ,
. ,
, .
. . [Londen et al., 1975]
,
.
.
. . [Court, Vries, 1973] ,
.
,
, , .
A.M. , . .
,
, ,
.
148
-
[ ., 1989]: d d
j = = - D - ( ),
d d ( ).
D
, j dc/dx.
:
Q, 1- 8
2 2 (2 + 1)27
(2 + 1) 2
(=0);
QT - , ; Qo -
D - ;
5 - .
:
Qo 1 8
71
72
, (dq/dx)=j, :
7i2Dx J = Jo
j=dq/dx) ( );
149
-
jo - . [ ., 1987; . 1989]
:
In (j/jo) =-kDx (4.1).
.
,
, ,
,
,
.
,
, -
-
, .
(/2*.) m () 1 2, t, :
t = / , . (4.2).
:
I f l C ^ / C , t = ^ , . (4.3) .
-
,
.
150
-
-
,
, ,
, ,
.
, ,
, 90- ,
.
4.2.
(/2*.)
.
, :
- ;
- ;
- .
-
, ,
,
.
.
-
,
151
-
.
:
1.
, ,
.
2.
V(t), .
3. tKp:
- vKp,
( % SKp, ) tKp;
- V(t), , tKp;
- -
S(i), ..
4. ,
,
, /
.
5. .
4.2.1.
: -
10 , - 2 ,
152
-
- 3 ( 700 ). ( 15 ) , -
, -
, ,
.
2
.
- 1994-1995 .
. -
, .
,
-
.
[Marson, 1969; Londen et al., 1975].
. , ,
(-5153, -5225), 120-210 ; , - - 90-100 .
(-, .), C(t) - [ ., 1989]:
C(t) = A-t b-e" k t (4.4), A, b :
InC = InA + b lnt - kt (4.5). 153
-
InA, b
. [ , 1983],
,....
[ , 1989]
.
[ , 1983]
= , , =1 (4.6) 1=0
;,
:
Q=Z(yj- i>x,y (4-7), J 1=0
N - ,
i - ,
j - , Yj - ]-
,
x,j - i- j- ,
, - ;,
.
;
,
= [\']^ (4.8), Y=(yi...yN) - - ,
154
-
a=(ai...an) - - ,
=
%oi.
X-0N-
Xin
X-nN
, 0=1 (4.9), - .
, ,
(4.8) . , -
() ,
t. (3.5) (3.6) :
y=lnC, xi=lnt, x2=t,
a0=lnA, a,=b, 2=-k (4.10).
(4.5) (. , ) -5153, -5225 [ ., 1991].
t R
S ( R 1 S, ):
-5153
lnCi=l .427 + 0.806 hit - 0.0082 t (4.11), R= 0.879, S =
0.202;
155
-
-5225
2=12=2.709 + 0.477 hit - 0.0049 t (4.12), R= 0.814, S =
0.159;
=13=1.359 + 0.622 lnt - 0.0062 t (4.13), R= 0.743, S=0.25.
R
S , -
.
,
,
-
.
-,
.
.
t,
C(t) :
m = | C ( t ) d t (4.14).
C(t) t,
.
156
-
,
.
, - .
, ,
[ ., 2003; ., 20036].
, -
(. ). , -01, -02, -03, -05 1, 30, 51, 100,
130, 190 . , ,
.
[, , 1978].
;=+
i=1...6 (4.15), 0 - ,
; - i- ,
i - .
: i=l, t=l; i=2, t=30; i=3, t=51; i=4, t=100; i=5,
t=130; i=6,t=190.
(. 4.1) ,
.
.
7 17 .
.
157
-
-
5153, ,
() -5225, - ,
.
4.1.
(/2,.)
t,
1
30
51
100
130
190
, S
-01 52.1725
53.61
91.6175
59.945
52.7775
58.875
8.1
-02 55.34
55.09
94.9675
82.7075
70.45
56.6425
9.1
-03 47.25
50.275
60.49
70.6
63.37
58.2
5.18
-05 37.8433
45.95
78.47
64.7133
51.14
48.7533
4.9
. ,
-5153
1,=1.427 + 0.806 lnt - 0.0082t
( 0.879 0.202).
.
, , -
(. 4.1-4.7). ,
( ),
158
-
,
, 2 (~ 60 / .), 20-23 /2 .
3-4 (. 4.1) [ ., 1991]. -5153 -5225,
,
140 170 (85.5 100.9 /2 ) (. 1, 2 2).
3-5 (>120 /2 ).
(. 3, 2). - 3 67.6-80.0 106-145 /2
. ,
16-19 /2 ,
., (10 /2 ) [Marine fouling..., 1952; ., 1989].
, ,
.
, 3.5.
, -5226
() Rabamarine AF () (. ), - (. ) (. ) (. 4.2-4.7). 4.2-4.7
.
159
-
4
- 120-125 /2 5 -
135-150 /2 (. 4.2-4.3). 40 , 56 -
. 16.3-16.7
/2 .
7 0
6 0 50 40 30 20 10 +
,
. 4.1.
(. , ).
v, / .
. 4.2. -5226
( - 11, 12, 13)
160
-
v, / .
t, .
. 4.3. Rabamarine AF
( - Tl, 2) .
, . 4
130-150 /2 160
/2 (. 4.4-4.5). , , 18.3-18.6
/ .
- 2
146.0-146.7 /2 135.2-135.4
/2 (. 4.6-4.7).
161
-
, /
. 4.4.
.
v, / .
-21 -22 -23
300
t, .
. 4.5.
.
162
-
v, / -.
250 t, .
. 4.6. -
.
v, / .
-31 -32
250
t, .
. 4.7. -
.
. 4.8 ( ) -5226 () (, -). ,
163
-
, -
- . .
, ,
( )
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,
, ,
.
V, /(2.)
14
120
100
80-
60
40
20
100 200 300 400 500 600 t, .
700
.4.8. -5226 () (1), (2) - (3) (4).
. 4.8,
-5226
164
-
(88 - 150 /2 ). ,
21-27 /2 .
.
.
,
, ,
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4.2.2.
.
,
,
.
21 9-
. ,
, .4.2-4.8,
,
[ ..., 1957; Marson, 1969; Londen, 1975; ..., 1987; .,
1989].
, V(t) ( ,
), , . 165
-
(3.1), , , .
, , ( , ), ,
,
.
.
.
,
( ) [ ., 2003] . , ,
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166
-
.
( ) :
.
-
v(f)e{y(f) = af*exp(-&f),&>0} (4.16), a, b - ,
, .
V,
. b
V(t). .
R -
-
( 0.7 0.95), .
(r(t)}-, (4.4)
.
T(t) {F(t)}= { + (/ - ' exp(-Af")} (4.17).
(4.17) ,
, , ,
.
, (t>0) (4.17) ao=t0=0, (3=1:
167
-
{(0=;*(-&} (4.18).
.
(r0(t)} ( ao=t0=0, (3=1), ((()} ( t0=0, =1)
{1(1)= + ;*(-&+(1)}, >0 (4.19). r,(t) r0(t) ,
v0 0.
.
r0(t), ao=to=0, (3=1, :
Ts(t) = atb, (ao=t0=k=0, (3=1) (4.20);
Te(t)= a exp(-kta), (ao=t0=b=0, (3=1) (4.21);
Yh(t)=ao + a(tfi -toy1, (k=0, b= -1) (4.22). (3
t.
- F(t) (4.17), v ( #0) t (to#0).
(4.18)-(4.22) (4.17) .
, ,
.
168
-
4.2.3
(4.17), , , ,
, .
,
( ),
- (), (), , .. [ , 1983; , 1984; , 1989; ., 1989].
, ,
,
, ,
,
[, 1986]. ,
.
(4.18) - (4.22). (4.18), (4.19), (4.21), (4.22)
.
( (4.18), (4.19), (4.21)) ( (4.22)) - .
(4.18) In v(t)e {In 0 = In a +b lnt- kt a} (4.23),
169
-
In , , ,
.
=[0.1... 4] ( , ) h> 0.1. (4.23) In a, b, , .
,
(. ). (4.19):
In (v(t) - ao)G {In (r0(t)= In a +b lnt- kt a} (4.24). (4.24) In
a, b, k,
ao .
(, ), , 0 Vo h>l.
L , , 20: A0=[v0-L, v0], L
-
v'(t)e {r(t) ' = m + ^ } (4.27),
ao, a, t0
:
ao = l/ai; = -ai/m ; \.$=-1\ (4.28).
\
. (3 =[0.2... 1] h > 0.2.
4.2.4.
-
(4.23) - (4.27).
[ , 1983; , 1989].
.
,
{lnvj, i=l-kN}, N - [ , 1989]. ,
[, 1984; ., 1989].
. (4.23) . , = 0.2
:
(0.2, t) = lnv(t) = In + bint - kt0 2
171
-
\,, .
,
, ,
RQ 2 So.2 .
{(,%)} R
a S.
( ) y(oto, t).
4.2.5.
,
R.
.
R
. R ( 0.9) v(t)=exp y(t) (v, t) v, R
v(t) .
S
.
- .
, t
, R, S, Atm, Av
m.
172
-
(y=lnv,t), - (v, t) . At
m, Av
m
(tm, v
m) t v Zt t
Zv v -
:
Atm = p(tm, Zt) , AVm = p(Vm, Zv) .
(3.23) b 1/
vm
= a o + e x p [ - ( l n - 1 ) ] = ( ^ ^ ) / + .
L= () ak
vm
= e x p [ - ( l n ~ - l ) ] = ( - ^ - ) b / a , Atm,
Avm63au.
a ak ake ,
(4.26), tm
; ( 1 1 ) ] = ( a ak ake
(4.25) (4.26) R, S, Atm, Av
m
, .
y(a, t) (4.23) (, a, t) (4.24) .
ao p t
aoopt
, ao p t
R,
S, Atm Avm ( (t
m,v
m)e (Zt; Zv)),
.
173
-
(4.25) - (4.27)
R, , .
,
,
R
(4.25), (R(a)}, (4.26) {R((3)} (4.27) , R .
.
( ) .
.
: (. ), -5153 -5225 (. ), (1), (. ), (1), (. ), (2), (. ), (3),
(. ).
:
(1), , , 20% , 1988 .; (2) , 25% , 1978-1980 .; (3) , , 25% ,
1978-1980 .
(1). - 364 , - 36.
,
Z, =56-71, Zv=50-H50.
,
174
-
. 4.1.
-
.
(3.16) . :
y = lnv=a + bint -kt (4.29) .
. 4.2.
, ,
(4.29). , : , ""
,
(4.17), .
(t
-
a
1.0
2.0
3.0
0.2
1.0
a 0
0
0
0
10
10
In a
0.6447
1.7844
2.307
9.059
-1.871
b
0.911
0.4683
0.3077
7.279
1.576
0.0108
2.24-10^
6.4-10*
15.548
0.0182
R
0.9158
0.842
0.762
0.958
0.931
S
0.157
0.211
0.253
0.122
0.156
tm
84.4
102.3
116.9
70.0
86.4
ym
43.6
41.2
39.2
47.3
45.92
. 4.2 ,
( R 0.745 0.9158), : ( =0.2) R,
S,
.
(4.24) y=ln(v - ) = In + bin t -kta,
0, .
-, v0
-
, (t>T2), t
m: t
m
-
, ,
,
.
(()) 2)). - 819 , - 82.
TnK(3)Zt =32-48, Zv=44-50; TnK(2)Zt=15-30, Zv=54-60.
,
.
(4.16), , , (4.17) .
. 4.4 4.5
(t
-
:
=0.2 R,
S, (tm,
vm) .
. tm t (1)
Zt (. . 4.4), . v
m
Zv ^0.2. , =0.2
(tm, v
m) (Zt, Zv)
(t, v).
4.5.
( ). (t0=0, 0=1).
0.2
0.5
1
0.2
1
0
0
0
0
10
10
In
9.484
2.0737
2.137
12.546
0.811
b
3.757
1.333
0.6985
5.143
1.193
8.394
0.481
0.0194
13.286
0.0356
R
0.974
0.959
0.924
0.959
0.896
S
0.086
0.1075
0.144
0.085
0.141
tm
27.47
30.73
36
27.3
33.5
55
53.17
51.5
55.9
54
. 4.5 , (2), =0.2 (4.23) : (t
m, v
m)e (Zt, Zv).
(4.24), a0G 0=(5, 10, 15), . (
179
-
. 4.4 4.5 (4.24) 0=10, =0.2 1).
, t>55
() t>35 (2). . 4.6 4.7,
, -
, - .
( ) ,
(1) (2) - , . 4.6 4.7 .
4.6.
(=1, (3=1). to
21.96
0
0
0
21.683
0
0
476.105
47.585
27.058
b
-1
-0.118
0
0
0
0.0003
R
0.806
0.724
0.612
S
0.00253
0.078
0.089
4.7.
(1) (2) (=1, =1).
to
24.084
0
0
0
21.061
0
0
507.24
69.704
28.64
b
-1
-0.1846
0
0
0
0.0004
R
0.915
0.788
0.571
S
0.00244
0.1108
0.148
180
-
,
,
.
,
.
.
,
,
.
:
1.
, tmax
-
(4.24) - . [0.1...4], 0=[20...40] - -5153 0=[35...55] -
-5225.
. 4.8 4.9, (0=0) , - . ,
.
4.8.
. -
5153 (t0=0,P=l).
1
2
2.5
1
2
2.5
2.75
3
0
0
0
0
40
40
40
40
40
In
0.4625
1.9945
2.3847
-11.7696
-7.4463
-6.3615
-5.9417
-5.5796
b
1.0595
0.532
0.4204
4.125
2.551
2.225
2.1038
2.0011
0.00988
1.6-10-5
6.32-10-"
0.03583
7.4-10"5
3.94-10"
9.24-10"7
2.18-10"7
R
0.917
0.955
0.953
0.9225
0.9567
0.9644
0.9637
0.9632
S
0.154
0.13
0.133
0.1168
0.088
0.082
0.081
0.081
L
107
129
147.8
115.1
131.3
138.5
141.9
145.1
78
74.9
75
79.9
81.3
83.3
82.2
81
.
,
R, S
Zt, Zv, =2.5
-5153 =3.5 -5225. ,
Atm = p(tm,Z,)
Avm = p(v
m,Zv)
0 = 2 5 -5153
^=2.7, Avm=1.6 =3.5
-5225. 182
-
. 4.8 4.9
,
, ,
.
(4.20), (4.21) =1 (4.22), [0.1...1] \
. 4.8 4.9 ( - (3=0.2 1, - ).
,
-5225 ,
-5153 ( ) , -, .
,
.
,
VQ.
183
-
4.9.
.
-5225 (to=0, =1).
1
2
3
3.5
1
2
3
3.25
3.5
0
0
0
0
0
35
35
35
35
35
In
2.7097
3.2085
3.45399
3.5423
0.44258
1.24209
1.65118
1.77107
1.80006
b
0.4887
0.2861
0.209
0.1834
0.9729
0.6329
0.4995
0.476
0.4548
0.00516
1-10"
2.56-10*
1.32-10"
9.64-103
2.127-10"5
6.1-10'*
1.429-10*
3.35-10"
R
0.85
0.917
0.929
0.94
0.80
0.92
0.936
0.945
0.952
S
0.145
0.11
0.095
0.094
0.1395
0.105
0.077
0.072
0.068
tm
94.7
119.6
133.
142.3
100.9
122.2
139.8
143.6
147.3
85.2
84.3
82.8
80.5
87.4
87.8
88.05
88.7
88.4
4.10.
. -5153 (=1). to
138.56
2.56
1
1
1
0.2
1
1
0
16.815
4.766
0
..
2329.9
12.632
219.313
168232.12
b
-1
-1
0
-1.4956
0
0
0.0062
0
R
0.81
0.85
0.953
0.932
S
0.0073
0.0066
0.137
0,164
4.11.
. -5225 (=1). to
153.89
2.687
0
0
1
0.2
1
1
0
23.2
6.77
0
0
3569.8
18.18
275.338
276613.75
b
-1
-1
0
-1.5081
0
0
0.0057
0
R
0.931
0.947
0.966
0.963
S
0.002
0.00177
0.081
0.085
184
-
,
-5153 -5225 (tm/TH> 1/2), (tm/T1/2, >2,
,
.
(-5225 ) .
,
( ).
-01, -02, -03, -05,
- , -
/ .
.
,
.
(I ) (. ).
- 1458 , - 14.
:
-01: (Zt=180-230, Zv= 116-124), -02: (Z,=190-240, Z
v=70-78),
-03: (Z,=180-210, Zv=73-81),
-05: (Zt=110-180, Zv=102-112).
185
-
(4.23) [0.2...3] .
( R>0.82 >0.5). t
m ,
(. 4.12-4.15) (t0=0, =1, 0=0)).
4.12.
. -01 (. ) (t0=0, |3=1).
0.2
0.5
1
2
0.2
0.5
1
2
0
0
0
0
0
64
64
64
64
In
4.72757
4.07363
4.07898
4.15212
1.5422
-0.9752
-1.1283
-1.0460
b
0.3382
0.1761
0.1189
0.0795
1.8698
1.3316
1.1614
1.0551
0.68484
3.023-10'"
5.5-10'"
3 -10"7
2.6473
0.1581
5.52-10"
1.2-10'5
R
0.751
0.8213
0.8626
0.8211
0.977
0.983
0.9898
0.9943
S
0.146 "
0.126
0.1119
0.126
0.091
0.0791
0.061
0.045
tm
91.8
135.7
216.2
364
549.3
283.6
210.4
209.7
96.07
98.1
99.4
97.6
118
102.5
114.5
122.36
4.13.
. -02 (. ) (t0=0, (3=1).
0.2
0.5
1
1.5
0
0
0
0
0
In
4.64284
3.2554
3.2675
3.3552
b
0.6384
0.2923
0.171
0.1185
1.4555
0.06394
1.17-10'
2.53-10-5
R
0.799
0.8613
0.899
0.8841
S
0.2844
0.2404
0.2071
0.2211
tm
50.7
83.6
146.2
213.6
Ym
52.32
52.7
51.9
50
186
-
a
2
0.2
0.5
1
2
a0
0
30
30
30
30
In a
3.4275
0.8485
-2.1937
-2.3306
-2.2243
b
0.0858
2.2724
1.5801
1.3616
1.2388
6.31-10"
3.2285
0.18136
5.93''
1.3-10'
R
0.8503
0.9921
0.9943
0.997
0.998
S
0249
0.0821
0.0694
0.05
0.0375
tm
213
539.8
303.6
229.6
218.3
Ym
46.7
73.9
65.4
70.85
76
4.14.
. -03 (. ) (t0=0, (3=1). a
0.5
1
1.5
2
0.2
0.5
1
2
0
0
0
0
0
