18 



Magnus Nyebn, 



32 



33 



34 



35 



36 



37 



38 





Erster 



Zweiter 



Angewandte 







DurchinessGr. 





Mikroskops. 



Temperatur. 



ос 



-4-0';927 



— 1^248 



II, III 



-i-ll°4 R, 



ß 



-+-0,781 



— 1,151 





Ï 



-+-0,875 



— 1,108 







8 



-1-0,840 



— 1,098 









-t-0,855 



—1,151 







а 



-t-0,882 



— 0,540 



II, III 



-+-13,0 



ß 



-f-0,761 



—0,936 





Y 



-1-0,846 



—0,984 









-t-0,643 



— 1,135 









-i-0,783 



—0,898 







a 



-hO,915 



—0,945 



II, III 



Ч- 9,8 



ß 



-t-0,934 



—1,043 







ï 



-bO,939 



—0,980 







a 



-+-0,919 



—0,896 









-t-0,926 



—0,966 







a 



H-0,867 



— 0,681 



II, III 



H- 8,6 



ß 



-1-0,991 



—0,640 







ï 



-1-0,896 



—0,892 







a 



-b0,873 



— 0,720 









-1-0,906 



—0,733 







a 



-1-0,564 



— 0,771 



II, III 



-1-15,8 



ß 



H-0,913 



—0,675 







T 



-1-0,730 



— 1,080 







8 



-b0,869 



—0,862 









-+-0,769 



—0,847 







a 



-t-0,699 



—1,126 



II, III 



-bl4,6 



ß 



-1-0,701 



—0,982 









-1-0,869 



— 1,135 







S 



H-0,410 



— 1,212 









-1-0,670 



— 1,114 







a 



-j-0,835 



— 1,092 



II, III 



H-12,5 





H-1,009 



—1,033 









-t- 0,9 48 



— 1,052 







1 



-t-0,774 



— 1,043 









-+-0,891 



— 1,055 







a 



-*-0,869 



—1,387 



II, III 



H-11,4 



ß 



-hO,895 



— 1,365 







Y 



-1-0,865 



— 1,259 









-hO,890 



— 1,394 









—0,880 



—1,351 







