108 
1 
1. 
z=55 LEN 
5.0248 124 8.3 t ih) 
HM 
26.0 248 2.4 83 ı{h) 
TEE 
z=142 m 0 
uw 
ar 
{@ 
„Ad 
1C 
z-135 MN 
7.001 
HM 
034, T 
935% * 
k=6,H= 495m 
EEE 
0.001 0.01 at v (cph) 
0.01, 
DO) 
0 
£ 
DC 
MN‘ 
031,7 
k=6,H= 502m 
ER — 
0.0° 01 v {ecph) 
—. 
36.0 248 124 3 Th) 
SEM TALSOUAN 
z=- 40m 
z=60m 
N 
A| 
„0 
CC 
zz BOM 
60 248 12.4 83 ul) 
0.0012 
029, T 
k=5,H= 70m 
AD .»— 
2.001 0.01 91 v (coh) „ 
0748 12.4 8.3 T(h) 
zZ =140m \ 
ZN 
101- 
030, T 
=6,H= 200 
001) + LAS Zn 
2.001 oo 
al 
i 
U 
" (cph) 
0.01 
‚95% 
935,7 
k=6,H= 200 m 
0.001 —— ——&  —ı— | 
0.007 0.01 
WM E 
uf 
Al 
% 
‚A 
en 
ut vw (cph) 
Amplitudenspektren der Temperatur 
Amplitude spectra of temperature