58 



! ABLE "I SP1 l ITU' GRAVN [ES 



N ami:. 



Carbon disulphide 



Tin monosulphide 



Tin disulphide 



L< ad sulphide 



Galei 



" ( , 



u it ii 



iiisulphide 

 im sulphidi 

 um sulphi 



Formula. 



Si- (. v. \\ ii v 



1 29868, 0° ... 

 1.27904, K)° _. 

 1.26062, 17 

 1.227481, 46 

 20 



Sn S. 







P phorus monosulphide 



P phoru* bexsulpl 



■ risul- 



1". 



■ 

 N - 



16 .06 

 1.2176, 48° ... 



1.22242, 16 "I 



20 

 1.266, : 



I 21 li'.. i- 58 

 1.25081 



1.2283 I 



I 



I 



5 0802,0° 



l U5 



4.600 



7.6062, artif... 

 



P - 





i puh 







7..M 



6.77, artificial 







:, i 



2 22, 16° 



2 1166, 16 



A t i BORP Y. 



1.8 



2 02 



■J.<»K 11 



II L. Buff. A 

 P.4thSupp.,129. 



P A 181, 



117 

 Winkelmann. P A. 

 160, 



Ham-- .1 I - 



i Thorpe. J. C. 8. 



8chiff. Ber 1 1,2767. 



Nasini. Ber. IV. 

 Fried burg. I N 

 52. 

 \ • values f"r 

 other t°s. Dreck- 

 I' \ 2 20, 

 I B70. 



Schiff. Ber. 19 

 Kareten. Sc-hw. .1. 



65, 

 Boullay. Am. 



Schneider ■' - 

 Ditte. C K 96, 1791. 

 Boullay. Am 

 266. 

 n. Schw. •' . 



Breithaupt. .1. 1* I ' 



11. 161. 

 Playfair and Joule. 



J C. B. 1. 187. 

 Neumann. P. \ 



•_'::. 1. 

 Tschermak 8. W. 



\ i 

 Schneider J. P 

 2,91. 



lir and Joule, 

 si. C. 8 



Didier C R 100, 



1 161 

 Chydenius. .1. 16, 



196. 

 Bcrthelol and Yi- 



eille, Ber.l 1,1 



Ml. h:„l; /. < 



160 

 Dupri -i P C.21, 



tort. C I. 

 1601. 



