24 WESTMAN, STARKE DER SONNENSTRAHLUNG IM MITTELSCIIWED. OSTSEEGEBIET 19 13 — 19 14. 



1 



2 



3 



4 



5 







7 



8 



9 



10 



11 



12 



13 



Juli 13 



15" 52'" 



35.03 



1.737 



1.010 



1 .044 



3 



020 











759.2 



+ 20°.9 



11.0 



59 



sw 



1 





IG 19 



31. 02 



1.901 



0.901 



0.993 



3 



020 











59.1 



20.6 



9.8 



54 



sw 



1 



* 



16 52 



27.37 



2.164 



0.914 



0.944 



3 



020 











59.1 



20.0 



8.4 



4G 



sw 



1 





17 30 



22.45 



2.501 



820 



0.847 



3 



400 



Cu 









58.9 



20.1 



8.8 



50 



sw 



1 





18 5 



17.98 



3.207 



0.714 



0.73S 



3 



401 



Cu 





1 



58.8 



19.7 



9 2 



53 



sw 



1 





18 43 



13 27 



4.280 



0.607 



0.G27 



3 



400 



Cu 









58.8 



19.5 



8.1 



48 



— 









19 2 



11.01 



5.107 



0.546 



0.504 



3 



320 











58.7 



19 2 



9.2 



55 



— 









19 18 



9.10 



G.067 



0.489 



0.505 



3 



320 











58.7 



18.8 



8.9 



54 



— 



II 





19 28 



8.03 



0.848 



429 



0.443 



3 



320 







*0 



58.0 



188 



8.G 



53 



— 









19 40 



G.71 



8.100 



0.304 



0.376 



o 



420 











58.0 



18.3 



9.4 



59 



— 









19 49 



5.75 



9.2 IS 



0.303 



0.313 



2 



420 











58.0 



18.3 



93 



59 



— 



(1 





19 54 



5.23 



9.935 



274 



0283 



2 



420 











58.0 



18.3 



9.3 



58 



— 









19 58 



4 82 



10.703 



0.252 



0.200 



2 



420 











58.0 



18.3 



9.2 



58 



— 







15 



13 40 



48.70 



1.315 



1.119 



1.150 



3 



020 



Cu, 



A— Cu 



2 



52.0 



22.4 



12.7 



62 



NW 



3 





13 59 



4719 



1.348 



1.112 



1.149 



3 



020 



Cu, 



A— Cu 



3 



52.0 



22.6 



13.2 



04 



NW 



:; 



17 



19 43 



5.84 



9.007 



0.224 



0.231 



3 



000 



A— 



Cu 







50.3 



180 



12.5 



81 



— 



o 





19 55 



4.58 



11.118 



0.201 



0.208 



3 



000 



A- 



Cu 







50.3 



18.0 



12 5 



81 



— 







18 



13 54 



47.10 



1.355 



0.930 



0.907 



3 



500 



Cu 





1 



56.9 



20.8 



13.3 



72 



SW 



3| 





15 5S 



33.01 



1.795 



0.713 



0.730 



3 



500 



Cu, 



C i 



3 



50.9 



21.4 



13.8 



72 



sw 









19 19 



8.36 



0.584 



0.208 



0215 



3 



040 



A- 



Cu, Ci 







50.8 



1S.G 



12.9 



80 



sw 



1 



20 



17 37 



20.58 



2.800 



0.819 



0.846 



3 



500 



Cu 





1 



54.3 



16.9 



10.0 



09 



ssw 



2 





18 16 



15.03 



3.043 



0.084 



0.706 



3 



400 



Cu, 



A— Cu 



1 



54.5 



16.4 



9.G 



69 



s 



3 





19 31 



0.09 



8.032 



0300 



0.372 



3 



200 



Cu. 



Ci 



2 



54.7 



15.8 



9.8 



72 



s 



3 





19 45 



5.17 



10.039 



0.279 



0.288 



3 



200 



Cu, 



Ci 



(i 



54.8 



15.6 



9.0 



72 



s 



2 





19 53 



4.33 



11.572 



0.230 



0.244 



3 



200 



Cu, 



Ci 







54.8 



15.0 



9.0 



72 



s 



2 





19 58 



3.81 



12.830 



0.210 



0.217 



2 



200 



Cu, 



Ci 







54.9 



156 



9.0 



72 



s 



2 



24 



19 44 



400 



11.190 



0.180 



0.18G 



1 



004 



Cu, 



C i 



3 



04.3 



18.0 



12.9 



83 



— 







26 



13 42 



47.67 



1.3G0 



1.123 



1.158 



3 



300 



Cu, 



C i 



3 



04.8 



20.2 



11.0 



62 



ssw 



3 





15 39 



34.62 



1.768 



1.019 



1.051 



3 



300 



Cu, 



Ci 



3 



64.7 



19.2 



11.5 



09 



ssw 



3 





19 10 



8.03 



6.902 



423 



0.430 



3 



200 



Cu, 



Ci 







04 



IG 2 



11.3 



81 



ssw 



1 





19 30 



5.09 



10.304 



0.26G 



0.274 



2 



200 



Cu, 



Ci 







04.6 



IG.l 



11.5 



84 



— 







29 



19 19 



0.41 



8.369 



0.287 



0.296 



3 



040 



Cu 









57.1 



15.4 



8.8 



07 



NNE 



3 





19 32 



495 



10.445 



0.228 



0.235 



3 



040 



Cu 









57.2 



148 



8.8 



70 



NNE 



3 





19 47 



3.32 



14.255 



0.145 



0.149 



3 



040 



Cu 









57.4 



14.4 



8.7 



71 



NNE 



2 





19 51 



2.91 



15.633 



0.124 



0.128 



3 



040 



Cu 









57.4 



14 4 



8.7 



71 



NNE 



2 



30 



17 30 



18.93 



3.004 



0.772 



0.796 



3 



200 



Cu, 



A— Cu 







01.0 



17.9 



8.5 



55 



S 



2 





18 24 



1282 



4.430 



0.033 



0.052 



3 



200 



Cu 









01.1 



17.1 



8.5 



58 



s 



1 





18 49 



9.74 



5.740 



0.513 



0.529 



3 



200 



Cu 









01.1 



100 



8.6 



01 



s 



1 





19 12 



7.01 



7.770 



0.392 



0.404 



3 



200 



Cu 









61.2 



10 1 



8.8 



64 



s 



1 





19 27 



5.30 



9.910 



0.300 



0.309 



3 



200 



Cu 









61.2 



15.9 



9.2 



08 



— 









19 40 



3.86 



12.806 



0.230 



' 0.237 



3 



200 



Cu 









61.2 



15.9 



9.5 



70 



— 









19 45 



3.34 



14 274 



0.207 



0.213 



3 



200 



Cu 









01.2 



15.8 



9.8 



72 



— 









19 50 



2.81 



16.103 



0.176 



0.181 



3 



200 



Cu 









01.3 



15.8 



9.8 



72 



— 









19 53 



2.50 



17.300 



0.105 



0.170 



3 



200 



Cu, 



A— Cu 







01.3 



15.8 



9.8 



72 



— 







August 29 



15 1 



30.00 



2.007 



0.999 



1.018 



3 



001 



Ci 





2 



044 



19.1 



9.6 



58 



s 



2 





10 18 



21.13 



2.772 



0.740 



0.754 



3 



004 



Ci 





4 



64.4 



18.4 



9.5 



60 



s 



2 



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