24 WESTMAN, STARKE DER SONNENSTRAHLUNG IM MITTELSCHWED. OSTSEEGEBIET IM JAHRE 1912. 



1 



2 



3 



4 



5 



6 



7 



8 



9 



10 



11 



12 



13 



April 30 



2*21~p 



38°. 88 



1.600 



1.306 



1.326 



5 



320 



A— Cu 







764.6 



+ 6°.6 



3.8 



51 



SE 1 





3 52 p 



28 .97 



2.070 



1.176 



1.194 



5 



220 





*0 



64.3 



6 .5 



4.1 



56 



SE 1 





4 37 p. 



23 .36 



2.524 



1.113 



1.130 



5 



220 





*0 



64.2 



6 .8 



4.3 



59 



SE 1 





5 9 p. 



19 .26 



3.027 



1.043 



1.059 



3 



221 



Ci 







64.2 



6 .3 



4.5 



61 



SE 1 





5 21 p. 



10 .42 



3.520 



0.954 



0.969 



2 



004 



Ci 







64.1 



G .1 



4.G 



62 



SE 1 





6 13 p. 



11 .04 



5.130 



0.761 



0.773 



3 



004 



Ci 







64.0 



5 .3 



4.7 



61 



SE 1 





6 53 p. 



6 .10 



8.819 



0.543 



0.551 



2 



005 



Ci— S, Ci 



4 



63.9 



5 .0 



4.9 



66 



SE 1 



Mai 3 



5 38 p. 



16 .27 



3.472 



0.976 



0.992 



2 



220 



Cu 



6 



47.0 



Il .0 



7.1 



84 



WSW 1 



6 



6 33 p. 



10 .02 



5.639 



0.775 



0.789 



2 



220 









66.7 



7 .0 



3.1 



41 



NW 1 





6 51 p. 



7 .88 



7.041 



0.678 



0.690 



1 



220 









66.7 



.7 



3.1 



43 



NW 1 





6 53 p. 



7 .59 



7.28G 



0.664 



0.676 



1 



220 









66.7 



6 .7 



3.1 



43 



NW 1 





6 55 p. 



7 .40 



7.454 



0.651 



0.663 



1 



220 









66.7 



6 .7 



3.1 



43 



NW 1 





7 4 p. 



6 .27 



8.640 



0.595 



0.606 



1 



220 









66.6 



6 .7 



3.2 



44 



NW 1 





7 8 p. 



5 .81 



9.237 



0.590 



0.601 



1 



220 









66.6 



6 .7 



3.2 



44 



NW 1 



7 



7 17 p. 



5 .00 



10.512 



0.458 



0.467 



1 



300 



S— Cu 



3 



68.6 



6 .4 



4.4 



60 



NW 1 



8 



1 26 p. 



45 .35 



1.426 



1.318 



1.344 



3 



220 



A— Cu 







71.4 



7 .2 



3.1 



41 



SE 1 





2 29 p. 



40 .24 



1.529 



1.301 



1.327 



3 



500 



A-Cu 



1 



71.4 



7 .0 



3.3 



46 



SE 1 





4 10 p. 



28 .70 



2.107 



1.157 



1.179 



3 



220 



A— Cu 







71.2 



6 .8 



i'. 7 



54 



SE 1 





4 40 p. 



24 .92 



2.397 



1.105 



1.126 



3 



220 



A— Cu, Ci 







71.1 



6 .1 



3.8 



56 



SE 1 





5 39 p. 



17 .33 



3.375 



0.922 



0.940 



1 



021 



A— Cu, Ci 



1 



71.0 



5 .7 



4.0 



61 



SE 1 



IG 



1 24 p. 



47 .51 



1.354 



1.344 



1.375 



4 



110 



Cu 







59.6 



12 2 



5.9 



55 



ESE 1 





3 7 p. 



38 .02 



1.619 



1.313 



1.342 



3 



110 









59.5 



12 .1 



5.4 



52 



ESE 1 





4 40 p. 



26 .62 



2.223 



1212 



1.240 



3 



110 





*0 



59.5 



11 .6 



5.0 



49 



ESE 1 





5 21 p. 



21 .33 



2.731 



1.140 



1.166 



3 



110 





*0 



59.5 



11 .5 



5.2 



51 



ESE 1 





5 57 p. 



16 .71 



3.441 



1.043 



1.067 



3 



110 





•0 



59.5 



11 .5 



5.5 



54 



ESE 1 





G 30 p. 



12 .56 



4.513 



0,929 



0.950 



3 



110 





*0 



59.4 



11 .5 



5.7 



56 



ESE 1 





7 4 p. 



8 .45 



6.542 



0.751 



0.768 



3 



210 





*0 



59.4 



11 .4 



5.8 



57 



ESE 1 



18 



1 24 p. 



47 .94 



1.343 



1.356 



1.378 



5 



210 



Cu, Ci 







59.1 



8 .0 



4.5 



56 



WNW 1 





2 14 p. 



43 .93 



1.438 



1.328 



1.359 



3 



210 



Cu, Ci 







59.1 



8 .1 



4.5 



56 



WNW 1 



31 



5 8 p. 



25 .35 



2.311 



1.090 



1.121 



5 



300 



Cu 



1 



54.8 



12 .6 



7.0 



64 



NE 1 





5 40 p. 



21 .22 



2.729 



0.978 



1.006 



2 



000 



Cu 



2 



54.8 



12 .4 



6.8 



63 



NE 1 





6 20 p. 



IG .17 



3.530 



0.872 



0.897 



3 



300 



Cu 



2 



54.8 



12 .2 



6.6 



62 



NE 1 



Juni 5 



2 42 p. 



43 .81 



1.446 



1.132 



1.166 



3 



004 



Ci 



1 



61.7 



12 .1 



6.8 



64 



SE 1 





4 38 p. 



20 .74 



2.016 



1.048 



1.079 



3 



500 



Ci 







61.9 



12 .3 



7.0 



66 



SE 1 





5 28 p. 



23 .29 



2.533 



0.893 



0.919 



3 



500 



Ci 







62.0 



12 .3 



7.2 



68 



SE 1 





6 3 p. 



18 .52 



3.132 



0.754 



0.776 



3 



500 



A— Cu, Ci 



1 



62.0 



12 .0 



7.3 



69 



SE 1 





6 23 p. 



16 .32 



3.532 



0.644 



0.663 



3 



500 



A— Cu, Ci- 



-Cu 2 



62.1 



11 .9 



7.3 



70 



SE 1 





6 43 p. 



13 .87 



4.117 



0.54G 



0.562 



3 



500 



A— Cu 



2 



62.2 



11 .8 



73 



71 



SE 1 





7 4 p. 



11 .39 



4.968 



0.462 



0.476 



1 



500 



Ni, A— Cu 



5 



62 2 



11 .4 



7.3 



72 



SE 1 



7 



1 39 p. 



49 .93 



1.312 



1.184 



1.220 



3 



004 



Ci 



1 



63.8 



10 .0 



92 



67 



SE 1 





2 6 p. 



47 .62 



1.359 



1.177 



1.212 



3 



300 



Ci 







63.8 



15 .8 



9.0 



68 



SE 1 





2 33 p. 



44 .96 



1.421 



1.169 



1.204 



3 



300 



Ci 







63.8 



15 .3 



8.8 



68 



SE 1 





4 1 p. 



34 .64 



1.764 



1.029 



1.060 



2 



004 



Ci 



3 



63.7 



15 .3 



8.8 



68 



SE 1 





5 40 p. 



21 .92 



2.67G 



0.791 



0815 



3 



005 



Ci— S, Ci 



5 



63.6 



15 .0 



8.8 



68 



SE 1 



10 



3 9 p. 



41 .18 



1.514 



1.200 



1.235 



3 



300 



Ci— S, Ci 



2 



58.7 



17 .3 



8.0 



61 



SSW 1 



Juli 4 



1 50 p. 



49 .18 



1.308 



0.982 



1.015 



3 



600 



Ci— s 



5 



63.6 



+ 17 .8 



9.8 



64 



— — 



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