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0
@
1
A
¼
0
@
1
A
¼
k
0
@
1
A
2
2
S
1
S
2
S
3
S
4
T
V
þ
T
h
T
V
T
h
T
þ
45
T
45
T
l
T
r
j
E
V
j
þ
E
jj
2
2
2Re
ð
E
V
E
h
Þ
2Im
ð
E
V
E
h
Þ
2
j
E
V
j
E
jj
S ¼
2k
g
field experiments, together with
other measurements and using cluster analysis allow clouds and rains types to be
realized. Figures
2.26
and
2.27
give data about the correlation of the Stock
The Stock
'
s parameters, measured directly in
s
parameters with the rain intensity calculated by Zagorin (1999). The maximum
'
Fig. 2.26 A dependence of third Stock
s parameter from the rainfall intensity. A thickness of the
rain layer is 3 km. A descending microwave emission with the angle of 50
'
°
to the zenith is
considered. The drops slope angle is equaled to 5
°
(Zagorin 1999)
Fig. 2.27 A spectral
dependence of fourth Stock
s
parameter for the microwave
Sun radiation dispersed by the
rainfall drops in the layer of
4 km. (Zagorin 1999; Zagorin
and Kutuza 1998)
'
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