28 WESTMAN, STARKE DER SONNENSTRAHLUNG IM MITTELSCHWED. OSTSEEGEBIE T JM JAHEE 1912. 



, 



9 



3 



4 



5 



6 



7 



8 



9 





10 



11 12 



13 



Sept. 20 



2"32'"p. 



23°.02 



2564 



0.590 



0.593 



3 



600 



Ci 







766.1 



+ 10°.2 



7.1 



76 



W 1 



27 



3 55 p. 



14 .23 



4.066 



0.403 



0.404 



2 



600 



S— Cu 





70.2 



11 .6 



7.0 



69 



SE 





4 p. 



13 .65 



4.230 



0.365 



0.360 



3 



600 



S— Cu 





70.2 



11 .6 



7.0 



69 



SE 





4 5 p. 



13 .07 



4.409 



0.326 



0.327 



2 



600 



S— Cu 





70.2 



11 .6 



7.0 



69 



SE 





4 11 p. 



12 .37 



4.646 



0.283 



0.284 



2 



600 



S— Cu 





70.3 



11 .6 



7.0 



69 



SE 





4 14 p. 



12 .02 



4.773 



0.276 



0.277 



1 



600 



S— Cu 





70.3 



11 .6 



7.0 



69 



SE 



28 



52 p. 



28 .43 



2.134 



0.829 



0.832 



3 



600 



S-Cu, Cu 





74.4 



10 .5 



5.7 



59 



SE 2 





1 56 p. 



25 .09 



2.394 



0.794 



0.796 



3 



600 



S— Cu, Cu 





74.4 



10 .5 



5.7 



59 



SE 2 





3 20 p. 



17 .70 



3.322 



0.592 



0.594 



3 



600 



Cu 







74.4 



9 .8 



5.1 



56 



SE 2 





4 21 p 



10 .84 



5.291 



0.348 



0349 



3 



000 









74.4 



9 .2 



5.5 



63 



SE 1 





5 1 p. 



5 .97 



9.113 



0.155 



0.155 



2 



600 



S— Cu 







74.5 



8 .6 



4.8 



57 









5 4 p. 



5 .60 



9.629 



0.145 



0.145 



2 



600 



S— Cu 







745 



8 .6 



4.8 



57 









5 7 p. 



5 .25 



10.164 



0.137 



0.137 



1 



600 



S-Cu 







74.5 



8 .6 



4.8 



57 







29 



2 52 p. 



20 .12 



2.922 



0.650 



0.650 



3 



700 



S— Cu, Cu 



3 



71.9 



11 .7 



5.8 



56 



W 1 





3 26 p. 



16 .72 



3.496 



0.559 



0560 



3 



700 



S-Cu 



1 



72.0 



11 .5 



5.8 



57 



W 1 





4 23 p. 



10 .27 



5.549 



0.343 



0.344 



3 



600 





*0 



71.9 



10 .8 



5.8 



59 



SSVV 1 





5 4 p. 



5 .27 



10.102 



0.150 



0.150 



3 



600 





*0 



71.8 



9 .4 



5.8 



65 



— 



Oktober 3 



1 39 p. 



24 .33 



2.401 



0.437 



0.437 



3 



700 



S— Cu, Ci 



2 



55.2 



.2 



2.2 



48 



NW 2 



9 



2 37 p. 



17 .88 



3.284 



0.633 



0.631 



3 



500 





*0 



73.0 



10 .8 



5.6 



58 



NW 1 





3 23 p. 



13 .54 



4.278 



0.518 



0.516 



3 



500 





*() 



73.1 



10 .4 



5.6 



59 



NW 1 





4 8 p. 



8 .65 



6.519 



0.339 



0.338 



1 



500 





♦0 



73.2 



7 .9 



5.4 



70 



NW 



12 



1 40 p. 



20 .93 



2.807 



0.695 



0.692 



1 



605 



S— Cu,Ci— S, 



Ci 5 



67.2 



8 .6 



5.1 



61 



NW 1 





2 40 p. 



16 .56 



3.506 



0595 



0-592 



1 



600 



S— Cu, Ci 



4 



67.3 



8 .2 



4.8 



58 



NNW 1 





3 4 p. 



14 .38 



4.010 



0.518 



0.516 



3 



600 



S— Cu 



2 



67.3 



+ 8 .2 



4.8 



58 



NNW 1 



Nov. 1 



1 11 p 



15 .47 



3.640 



0.513 



0.505 



3 



610 









46.4 



-0 .4 



2.7 



60 



W 3 





3 29 p. 



5 .50 



9.337 



0.156 



0.154 



3 



610 









46.7 



-0 .6 



2.6 



58 



W 3 



4 



46 p. 



15 .36 



3.713 



0.470 



0.462 



3 



700 





*0 



56.3 



+ 1 .0 



3.0 



60 



W 1 





1 39 p. 



13 .22 



4.283 



0.400 



0.393 



3 



700 





*0 



56.5 



+ 1 .1 



2.9 



57 



W 1 





2 42 p. 



8 .94 



6.188 



0.280 



0.275 



3 



700 





*0 



56.7 



+ .6 



2.8 



59 



W 1 



5 



1 42 p. 



12 .78 



4.441 



0.414 



0.407 



3 



700 



S— Cu 







59.7 



-1 .2 



3.1 



74 



W 1 





2 27 p. 



10 .42 



5.388 



0.298 



0.293 



3 



700 



S— Cu 



1 



59.8 



-0 .8 



3.0 



70 



W 1 





3 18 p. 



5 .49 



9.604 



0.116 



0.114 



2 



700 



S— Cu 



2 



60.1 



-1 .2 



3.6 



86 



o 



6 



1 14 p. 



13 .82 



4.169 



0.642 



630 



3 



600 



A— Cu 



1 



68.1 



-1 .4 



3.4 



82 



N 1 





3 13 p. 



5 .69 



9.425 



0.273 



0.268 



3 



600 



Ci 



1 



68.3 



-2 .2 



3.2 



83 



W 1 



16 



30 p. 



12 .35 



4.587 



0.591 



0.578 



3 



620 





*0 



59.7 



+ .2 



3.9 



84 



W 1 





1 17 p. 



11 .99 



4.720 



0.524 



0.512 



2 



620 





*0 



60.0 



+ .3 



3.9 



84 



W 1 





1 20 p. 



10 .86 



5.182 



0.578 



0.566 



3 



620 





*o 



eo.o 



+ .3 



3.9 



83 



W 1 





2 22 p. 



7 .31 



7.478 



0.412 



0.403 



4 



600 





*o 



60.6 



+ .2 



4.0 



86 



o 





2 39 p. 



6 .04 



8.858 



0.338 



0.330 



2 



620 





*0 



60.7 



+ .2 



4.0 



86 









2 44 p. 



5 .65 



9.384 



0.306 



0.299 



3 



620 





*0 



60.7 



+ .0 



40 



87 









2 57 p. 



4 .59 



11.158 



0.246 



0.240 



3 



620 





*0 



60 8 



+ .0 



4.0 



88 









3 2 p. 



4 .19 



12.021 



0.225 



0.220 



3 



620 





*0 



60.8 



-0 .4 



4.0 



89 









3 6 p. 



3 .83 



12.877 



209 



0.204 



2 



620 





*0 



60.8 



-0 .4 



4.0 



89 









3 9 p. 



3 .57 



13.582 



0.195 



0.191 



2 



620 



* 



*0 



60.8 



-0 .4 



40 



89 







20 



1 26 p. 



8 .79 



6.185 



0.346 



0.337 



3 



600 









44.6 



+ 6 .0 



5.4 



77 



W 3 





i 59 p. 



6 .73 



7.877 



0.282 



0.275 



3 



600 









45.0 



+ 6 .0 



4.9 



70 



W 3 



Gescliätzte Werte sincl kursiv ''edruokt. 



