Parameters of the statistical model at the temperature T ¼ 260 K are presented
in the Table 4.1 for the following transmission function versus wave number n and
atmospheric parameters u and p:
P Dni n i ; u; p
ð
Þ¼exp
Àb i u
ffiffiffiffiffiffiffiffiffiffiffiffiffiffiffiffiffiffiffiffi ffi
1 þ a i u p
=
p
!
:
(4.23)
Parameters of the statistical model were obtained basing on the statistical
processing experimental data for the 6.3 mm vibrational-rotational water vapor
Table 4.1 Parameters of the statistical model for T ¼ 260 К P Dni ðn i ; u; pÞ ¼ exp
Àb i u
ffiffiffiffiffiffiffiffiffiffiffiffi
1þaiu p
=
p
Spectral interval number
n, cm
À1
Dn, cm
À1
Gas
a i , 10
À3 cm
2 GPa/g
b i , cm
2
/g
1
70
140
H 2 O
30 405.1
4 180.5
2
210
140
H 2 O
69 058.0
6 278.2
3
380
200
H 2 O
12 565.7
672.1
3
380
200
N 2 O
52.8
28.5
4
530
100
H 2 O
203.5
11.9
4
530
100
N 2 O
153.3
206.5
5
610
60
H 2 O
129.5
7.7
5
610
60
CO 2
79.7
46.7
6
670
60
H 2 O
35.5
1.9
6
670
60
CO 2
2 644.0
1 975.7
7
730
60
H 2 O
14.1
0.72
7
730
60
CO 2
60.5
27.2
8
870
220
H 2 O
2.6
0.11
9
1,020
80
H 2 O
0.17
0.01
9
1,020
80
O 3
252.0
1 938.7
10
1,120
120
H 2 O
2.5
0.15
10
1,120
120
O 3
20.8
45.6
10
1,120
120
N 2 O
68.8
27.3
11
1,210
60
H 2 O
4.9
0.52
11
1,210
60
CH 4
537.1
90.4
11
1,210
60
N 2 O
65.1
32.4
12
1,270
60
H 2 O
19.1
3.1
12
1,270
60
CH 4
5 378.5
1 325.9
12
1,270
60
N 2 O
1 799.2
1 616.7
13
1,330
60
H 2 O
136.1
22.8
13
1,330
60
CH 4
9 794.8
2 800.1
13
1,330
60
N 2 O
1 227.2
557.6
14
1,390
60
H 2 O
895.8
230.5
14
1,390
60
CH 4
685.3
109.4
15
1,550
260
H 2 O
7 001.4
1 582.5
15
1,550
260
CH 4
71.4
10.9
16
1,940
520
H 2 O
4 486.7
238.4
17
2,230
60
N 2 O
14 140.8
10 937.5
44
4 Calculating Transmission Functions with Modeling Absorption Bands