105 
A. 
m sec 
0 
0.0 
Fall 
O-— 
9 
36.0 248 124 83 _ı (h) 
TUT 
z= 40M— 7 
Ra 
u 
NA 
MM} 
4" 
| 
x 
2 
= 
Oo 
m 
A 
Ä 
Sm/ser 
4C* 
0.07 1.0 
10- 
I 
z = 40m — . 
x 
x 
ne 
pn 
36.0 24.8 124 8.3 1 (h) 
A} 
4U 
31-4 40 
.00* 
A 
mer] 
MA 
030 ‚U 
K=6 ‚H= 200m 
POT ON EEE ji“ 
071 of v{cph) 
f 
36.0 24.8 124 83 ı (h) 
oJ 10 
‚95% 
O.007 
A 
mise 
40 A 
Y 7 
030 ,V 
k=6,H= 200 m 
001 
F 
“2 "a vi(cph) 
36.0 24.8 124 83_rt {h) 
z= 40m) \ A 
* 
0.04 10 
O0.0— 1.0 
z= 40 
A 
{3 
4— 
40 —. 
190 
an 
A 
in 
035 ,U 
k=6 ‚H= 200m 
Wo — AT 
3001 0.01 
ul 
Kr A 
01 v{(cph} 
C- 
Tr aQ1— 1C 
95% 
7 
0001 
90. 
035 ,V 
«=6,H= 200m 
T————— 
0.01 
f 
“Ak 
——A—m 
O1 v(Cph} 
X 
Amplitudenspektren der Ost(U)- und Nord (V)-Stromkomponenten 
Asplitude spectra of east{U) and north{(V) components