KUNGL. SV. VET. AKADEMIENS HANDLINGAR. BAND 58. NIO 8. 



23 



1 





2 



3 



4 



5 



G 



7 



8 



9 





10 



11 



12 



13 



April 



18 



3"28'"p 



28°. 33 



2.125 



1.129 



1.139 



3 



220 





*0 



769.2 



+ 12°.8 



4.9 



44 



SE 1 







3 51 p 



25 .66 



2.328 



1.092 



1.102 



3 



220 





*0 



09.1 



12 .5 



5.0 



46 



SE 1 







4 14 p 



22 .87 



2.589 



1.054 



1 .064 



3 



220 





*0 



G9.1 



12 .0 



5.1 



48 



SE 1 







4 47 p 



18 .73 



3.126 



1.015 



1.024 



3 



220 





*0 



09.0 



11 .3 



5.2 



52 



SE 1 







4 58 p 



17 .33 



3.365 



0.971 



0.980 



3 



220 





*0 



G9.0 



11 .2 



5.2 



53 



SE 1 







5 9 p 



! 15 .92 



3.649 



0.922 



0.930 



2 



220 





*0 



09.0 



10 .8 



5.2 



54 



SE ] 







5 13 p 



15 .41 



3.764 



0.909 



0.917 



2 



220 





*0 



09.0 



10 .8 



5.2 



54 



SE 1 





19 



IG p 



42 .29 



1.504 



1.321 



1.334 



5 



220 



Ci— Cu 





70.1 



13 .0 



4.2 



35 



SE 1 







59 p. 



41 .11 



1.539 



1.324 



1.337 



3 



220 



Ci— Cu 





70.1 



13 .9 



4.5 



38 



SE 1 







1 39 p. 



38 .90 



1.611 



1.298 



1.310 



3 



220 



Ci— Cu 





70.0 



14 .2 



4.8 



40 



SE 1 







2 2G p. 



35 .10 



1.759 



1.250 



1.2G2 



3 



220 



Ci— Cu, Ci 





70.0 



14 .2 



5.6 



44 



SE 1 







2 51 p. 



32 .66 



1.873 



1.235 



1.247 



3 



220 



Ci— Cu, Ci 





70.0 



14 .3 



G.O 



40 



SE 1 







3 34 p. 



27 .97 



2.153 



1.176 



1.187 



3 



220 



Ci— Cu 







70.0 



14 .0 



5.7 



45 



SE 1 







4 12 p. 



23 .42 



2.537 



1.098 



1.108 



3 



220 



Ci— Cu 







70.0 



13 .9 



5.4 



45 



SE 1 







4 53 p. 



18 .27 



3.20G 



0.975 



0.984 



3 



220 



Ci 







70.0 



14 .1 



5.1 



44 











5 G p. 



16 .60 



3.511 



0.921 



0.930 



3 



220 



Ci 







70.1 



13 .4 



5.0 



44 











5 12 p. 



15 .83 



3.673 



0.903 



0.912 



3 



220 



Ci 







70.1 



13 .4 



5.0 



44 









20 



11 47 a. 



42 .68 



1.498 



1.202 



1.213 



3 



005 



Ci— S, Ci 



4 



73.1 



14 .0 



6.7 



62 



SE 1 







2 49 p. 



33 .19 



1.856 



0.801 



0.809 



3 



005 



Ci— s 



7 



74.0 



13 .7 



G.9 



59 



SE 1 







4 55 p. 



18 .30 



3.219 



0.476 



0.481 



5 



020 





— 



74.4 



13 .0 



6.7 



62 



SE 1 







5 15 p. 



15 .73 



3.716 



0.387 



0.391 



5 



020 





— 



74.4 



13 .0 



6.7 



63 



SE 1 







5 24 p. 



14 .58 



3.994 



0.422 



0.42G 



2 



020 





— 



74.5 



13 .0 



6.6 



64 



SE 1 





21 



I 46 p. 



39 .04 



1.G08 



1.213 



1.220 



3 



220 



A-Cu 







76.9 



10 .2 



0.7 



48 











2 42 p. 



34 .18 



1.816 



1.169 



1.182 



3 



220 





♦0 



70.9 



15 .5 



6.7 



51 



— 







4 19 p. 



23 .14 



2.588 



1.033 



1.044 



3 



220 





*0 



76.8 



13 .0 



6.7 



55 



— 







5 1 p. 



17 .82 



3.311 



0.911 



0.921 



3 



220 





*0 



70.7 



13 .3 



6.6 



56 



— 







5 13 p. 



16 .28 



3.608 



0.856 



0.865 



3 



220 





*0 



70.7 



12 .0 



6.6 



57 









22 



3 4G p. 



27 .45 



2.212 



1.231 



1.245 



3 



220 





*0 



77.G 



11 .4 



3.9 



39 



WSW 1 







4 55 p. 



18 .88 



3.137 



1.080 



1.092 



3 



220 





*0 



77.4 



10 .3 



3.7 



41 



WSW 1 







5 2 p. 



17 .98 



3.286 



1 .065 



1.077 



3 



220 





*0 



77.4 



10 .3 



3.7 



41 



WSW 1 







5 8 p. 



17 .21 



3.42G 



1.052 



1.064 



3 



220 





•0 



77.4 



10 .3 



3.7 



41 



WSW 1 







5 14 p. 



IG .44 



3.577 



L.035 



1.047 



3 



220 





*0 



77.4 



10 .3 



3.7 



41 



WSW 1 





24 



5 11 p. 



17 .38 



3.354 



0.942 



0.954 



3 



320 



Cu 







68.4 



10 .0 



5.2 



57 



SE 1 







5 15 p. 



16 .88 



3.449 



0.935 



0.940 



2 



320 



Cu 







68.4 



10 .0 



5.2 



57 



SE 1 







5 19 p. 



IG .30 



3.573 



0.924 



0.935 



2 



320 



Cu 







68.4 



10 .0 



5.2 



57 



SE 1 





25 



2 31 p. 



36 .48 



1.690 



1.023 



1.030 



3 



005 



Cu, Ci— S 



3 



65.1 



14 .2 



4.8 



33 



NNW 1 







5 5 p. 



18 .44 



3.155 



0.859 



0.870 



3 



044 









64.5 



14 .0 



4.9 



39 



NNW 1 







5 10 p 



17 .79 



3.264 



0.810 



0.820 



2 



044 









64.5 



14 .G 



4.9 



39 



NNW 1 







5 14 p. 



17 .27 



3.357 



0.804 



0.814 



2 



044 









64.5 



14 .0 



4.9 



39 



NNW 1 





20 



2 47 p. 



35 .30 



1.719 



1.195 



1.211 



3 



004 



Ci— Cu, Ci 



1 



56.1 



10 .0 



5.2 



44 



NW 1 





28 



3 57 p. 



27 .82 



2.128 



1.201 



1.216 



3 



203 



Cu 



6 



56.9 



4 .4 



4.9 



78 



E 1 





29 



6 29 p. 



8 .77 



6.3G0 



0.735 



0.740 



2 



200 









04.1 



2 .0 



2.9 



54 



NW 1 







6 47 p. 



6 .56 



8.277 



0.G54 



0.004 



2 



200 









64.2 



2 .0 



2.9 



54 



NW 1 







6 53 p. 



5 .84 



9.167 



0.605 



0.614 



2 



200 









64.2 



2 .0 



2.9 



54 



NW 1 







6 58 p. 



5 .24 



10.057 



0.572 



0.580 



1 



200 









64.2 



2 .0 



2.9 



54 



NW 1 





30 



51 p. 



44 .99 



1.424 



1.317 



1.337 



3 



320 



A— Cu 



1 



64.9 



+ 7 .4 



4.0 



55 



SE 1 



Geschätzte Werte sind kursiv gedruckt. 



