c 
'a 
<y 
C 
4» 
halbstündliche Mittel 
Reststrom 
o 
C 
V 
x> 
C 
• 
*5 
halbstündliche Mittel 
Reststrom 
</> 
X 
1 o 
c 
* 
CB 
o 
1- 
c 
3 
(/> 
C 
2 
R 
V 
N 
E 
R 
V 
N 
E 
o §> 
e 
o 
</■> 
c 
5 
R 
V 
N 
E 
R 
V 
N 
E 
4309163 
09 
14 
00 
02.0 
132 
12.1 
8.1- 
9.0 
135 
19.6 
13.8- 
13.9 
09 1 15 
00 
01.0 
171 
32.4 
32.0- 
4.8 
111 
17.2 
6. 3- 
16.0 
31.9 
102 
11.3 
2.3- 
11.1 
136 
19.5 
14. 1- 
13.5 
31.0 
173 
30.1 
29.8- 
3.9 
110 
17.9 
6. 1- 
16.8 
01 
01.9 
77 
12.0 
2.7 
11.7 
138 
19.3 
14. 3- 
13.0 
01 
01.0 
179 
25.9 
2 5.9- 
0.5 
109 
18.8 
6.2- 
1.7.7 
31.9 
55 
13.6 
7.9 
11.1 
139 
19.3 
14.6- 
12.6 
31.0 
18 1 
2 2.3 
22.3- 
0.3- 
109 
19.7 
6.4- 
18.6 
02 
01.9 
52 
17.9 
11.1 
14. 1 
141 
18.3 
14.6- 
11.9 
0 2 
00.9 
179 
21.0 
21.0- 
0.4 
109 
20.5 
6. 7- 
19.4 
31.9 
60 
22.6 
11.3 
19.6 
142 
18,4 
14. 5- 
11.3 
30.9 
184 
17.7 
17.7- 
1.3- 
109 
21.3 
6.9- 
20.1 
03 
01.8 
64 
26.5 
11.5 
23.9 
143 
18.1 
14.5- 
10.9 
02 
00.9 
156 
14.7 
13.4- 
6.0 
110 
22.2 
7.4- 
20.9 
31.8 
69 
28.4 
10.1 
26.5 
143 
18.0 
14.4- 
10.8 
30.9 
93 
13.7 
0.8- 
13.7 
110 
22.9 
8.0- 
21.5 
04 
01.8 
74 
30.7 
8.4 
29.5 
143 
17.5 
13.9- 
10.6 
04 
00.9 
47 
18.1 
12.4 
13.2 
112 
23.1 
8.5- 
21.5 
31.8 
83 
30.9 
3.5 
30.6 
142 
17. 1 
13.5- 
10.5 
30.8 
47 
20.3 
14.2 
15.2 
113 
22.8 
8.9- 
21.0 
05 
01.8 
95 
31.9 
2.7- 
31.8 
141 
16.8 
13.0- 
10.6 
05 
00.8 
36 
2 3.4 
IC.8 
13.9 
115 
22.8 
9.8- 
20.6 • 
31.7 
103 
34.5 
7.9- 
33.6 
139 
16.7 
12.7- 
10.9 
3 0.8 
28 
28.4 
25.1 
.13.3 
117 
22.3 
10.4- 
20.3 
06 
01,7 
115 
36.1 
15,1- 
32.3 
138 
16.6 
12.4- 
11.1 
06 
00.8 
33 
31.1 
26.1 
17.0 
113 
22.8 
10.8- 
20.1 
31.7 
128 
38.6 
2 3.6- 
30.5 
137 
16.7 
12.2- 
11.4 
30.8 
36.5 
26.4 
23.0 
119 
22.7 
11.0- 
19.8 
07 
<J1.7 
143 
40.7 
32.5- 
24.5 
136 
16.8 
12.1- 
11.6 
00. 7 
4 6 
36.4 
25.1 
26.3 
1 19 
2 2.4 
11.0- 
19.5 
31.7 
148 
39.9 
33.7- 
21.4 
135 
16.9 
12.0- 
11.9 
30.7 
47 
35.2 
24.0 
25.7 
119 
22.0 
10.8- 
19.2 
0 3 
01.6 
15 0 
42 • 3 
36.7- 
21.0 
135 
17.3 
12.1- 
12.3 
Cfi 
0 ü . ? 
66 
35.5 
14.7 
32.3 
119 
21.7 
10.5- 
19.0 
31.6 
155 
44 . P> 
40 . 6 - 
18.9 
135 
17.7 
12.4- 
12.6 
30.7 
68 
36.4 
13.9 
33.6 
1 18 
21.5 
10.2- 
13.9 
09 
01.6 
174 
47.5 
47.2- 
5.1 
1 34 
18.2 
12.7- 
13.0 
V 7 
00 • 7 
71 
37.9 
12.1 
35.9 
117 
21.2 
9.7- 
18.8 
31.6 
177 
48.3 
48.2- 
2.4 
1 35 
18.5 
13.0- 
13.2 
30.6 
74 
40.3 
11.1 
38.7 
1 16 
21.0 
S. 2- 
18.9 
10 
01.6 
181 
43.2 
43.2- 
0.9- 
1 35 
18.9 
13.4- 
13.3 
1 «7 
00 • 6 
O -5 
41.6 
5.3 
4 1.3 
115 
20.8 
8.7- 
18.9 
31.5 
185 
41.3 
41.2- 
3.4- 
136 
19.2 
13.8- 
13.4 
30.6 
91 
43.8 
0.8- 
43.8 
113 
20.9 
8.3- 
19. 2 
1 1 
01.5 
193 
37. ] 
36.2- 
8.3- 
137 
19.5 
14. 2- 
13.3 
11 
00.5 
102 
44.9 
9.6- 
47.0 
112 
21.2 
8. 1- 
19.6 
31.5 
194 
33.9 
32.9- 
8.1- 
1 38 
19.7 
14.6- 
13.2 
30.6 
111 
47.5 
17.4- 
44.2 
111 
2 1.6 
7.9- 
20.1 
12 
CI .6 
199 
30.7 
29.0- 
10.2- 
139 
20.0 
15. 1- 
13.1 
12 
00.5 
116 
43.7 
19.0- 
39.3 
111 
22.2 
8.0- 
20.7 
3.1.5 
214 
27.0 
22.5- 
15.0- 
140 
20.2 
15.5- 
12.9 
2.0.5 
119 
70 
18.9- 
34,4 
111 
22.8 
8.2- 
21.3 
13 
01.4 
219 
24.7 
19,2- 
15.5- 
141 
20.3 
15.8- 
12.7 
13 
00.5 
38.9 
2 3.3- 
31.1 
112 
23,2 
8.6- 
21.6 
31.4 
217 
22.1 
17.7- 
13.3- 
143 
20.5 
16.3- 
12.5 
3 0.5 
136 
42.o 
30.8- 
29.8 
112 
23.8 
9.0- 
22.0 
14 
01.4 
232 
20.4 
12.6- 
16.1- 
144 
20.8 
16.8- 
12.3 
14 
00.5 
139 
42.7 
32.2- 
28.0 
113 
24.1 
9.5- 
22.2 
31.4 
268 
21.4 
0.6- 
21.4- 
145 
21.1 
17. 3- 
12.1 
3 0.4 
141 
38.2 
29.8- 
23.9 
114 
24.4 
10.0- 
22.3 
15 
01.4 
246 
19.0 
7.7- 
17.4- 
146 
21.4 
17.8- 
11.9 
15 
00.4 
148 
34.7 
29.6- 
18.2 
115 
2 4.6 
10.5- 
22.3 
31.4 
94 
13.3 
0.9- 
13.3 
147 
2 1.4 
17.9- 
11.7 
30.4 
156 
32.6 
29.7- 
13.4 
116 
24. '9 
11.0- 
22.3 
1 6 
01.3 
57 
18.3 
10.0 
15.3 
147 
21.2 
17.8- 
11.5 
16 
00.4 
162 
30.5 
29.0- 
9.6 
118 
24.9 
11.5- 
22.1 
31.3 
29 
24.3 
21.2 
11.8 
148 
20.9 
17. 7- 
11.2 
3 0.4 
183 
25.4 
25.4- 
1.2- 
120 
24.9 
12.3- 
21.7 
17 
01.3 
61 
2 8.3 
13.9 
24.6 
148 
20.4 
17.3- 
10.9 
17 
00.4 
209 
23.3 
20.4- 
11.3- 
122 
25.1 
13.2- 
21.3 
31.3 
59 
28.7 
14.8 
24.6 
148 
19.9 
16.8- 
10.6 
3 0.3 
183 
17.5 
17.5- 
1.0- 
124 
25.2 
14,0- 
20.9 
18 
01.3 
73 
30.3 
8.8 
29.0 
147 
19.1 
16. 1- 
10.3 
19 
CC.3 
132 
10.6 
7.0- 
7.9 
126 
25.3 
14.8- 
20.5 
31.2 
87 
32.3 
1.5 
32.3 
147 
13.3 
15. 3- 
10.1 
3 0.3 
110 
14.3 
4.9- 
13.4 
128 
25.4 
15.6- 
20.0 
19 
01.2 
105 
33.2 
8.3- 
32. 1 
145 
17.5 
14,4- 
10.0 
19 
00.3 
82 
15.1 
2.0 
15.0 
130 
25.4 
16.4- 
19.4 
31.2 
108 
34.5 
10.6- 
32.8 
143 
16.7 
13.4- 
10.0 
30.3 
74 
18.4 
5.0 
17.7 
131 
25.4 
16.8- 
19.0 
20 
01.2 
121 
36.3 
18.8- 
31.0 
141 
16. 1 
12.5- 
10.2 
20 
00.2 
75 
23.7 
6.3 
22.8 
132 
25.2 
17.0- 
18.6 
31.2 
136 
40.6 
29.1- 
28.3 
137 
15.6 
11.4- 
10.6 
30.2 
«1 
24.4 
0.4- 
24.4 
133 
24.8 
17.0- 
18.1 
21 
01.1 
146 
42.7 
35.3- 
24.0 
134 
15.1 
10.5- 
10.9 
21 
00.2 
90 
24.4 
0.1- 
24.4 
134 
24.3 
16.8- 
17.6 
31.1 
146 
40.4 
33.3- 
22.8 
129 
14.9 
9.4- 
11.5 
30.2 
98 
26.5 
3.9- 
26.2 
134 
23.9 
16.6- 
17.2 
22 
01.1 
153 
39.9 
36.9- 
15. 1 
124 
14.9 
8.4- 
12.3 ' 
22 
00.2 
101 
28.8 
5.5- 
28.3 
134 
23.5 
16.5- 
16.8 
31.1 
163 
37.9 
36.3- 
10.8 
120 
15.1 
7.6- 
13. 1 
.30.1 
118 
32.4 
15.3- 
28.6 
135 
23.3 
16. 4- 
16.5 
23 
01.1 
166 
35.3 
3 4.3- 
8.5 
116 
15.7 
7.0- 
14. 1 
23 
CC, 1 
125 
37.0 
21.1- 
30.4 
135 
23.0 
16.3- 
16.2 
31.0 
169 
33.6 
3 3.0- 
6.2 
114 
16.5 
6 • 6“ 
15.1 
30.1 
124 
44.5 
24.8- 
37.0 
136 
22.6 
16. 2- 
15.8