Erkläruug der Figuren. 



Figur 1. Figur 2. 



Coffeidinjodid (triklin) Coffeidinplatinchlorid (triklin) 



(von der linken Seite gez.). (Zwilling). 



a=:(a:cob:coc) = coP^ = [lOOJ :i = (a : co b : co c) = od P^ = [100] 



b = (coa:b:coc) = coPÄ=[010] b = (coa : b : co c) = coP^j == [010] 



c = (coa:cob:c)= oP =[001] c = (ooa : cob : c) = oP =[001] 



m= (a : b' : CO c) = od 'P = [110] m= (a : b : co c) = co P' = [110] 



d = (aoa:b':V2C)=V2,P,^=[012] n = (a:b':aoc) =ccT =[110] 



p = (a' : b : c) = ,P = [111] x = (co a : b' : c) = Tcö = [Oll] 



z = (co a : b : c) = P'cö = [011] 



Figur 3 und Figur 4. 



« Homobetain- Platinchlorid (monoklin). 



a ^ (a : CO b : CO c) = co P^ = [100] 



b = (co a : b : 00 c) = CO Poo = [010] 

 m= (a:b:coc) = cc'P_ =[110] 

 X = (a:2b:coc) = coP2 =[210] 



u = (2a : b : 00 c) = co P2 = [120] 

 p = (a' : b : c) = +P = [111] 



r = (2a' : b : 2c) == +2P2_ = [121] 

 d = (a' : 2b : 2c) = -[-2P2" = [211] 



s = (co a : b : c) = Pco = [011] 



Figur 5. Figur 7. 



ß Homobetain-Platinchlorid ß Homobetainplatinclilorid 



(monoklin). Zwilling nach ccPot 



a = (a:aob:aoc) = coP'^ = [100] (von der rechten Seite und mehr 



m= (a:b:coc) = coP =[110] von oben gezeiclmet). 



c = (oo a : CO b : c) = oP = [001] m = (a : b : od c) = co P = [110] 



d = (a' : OD b : c) = +P^ = [101] d = (a' : oo b : c) =+P^= [101] 



e = (a : CO b : c) = — P^ = [101] e = (a : co b : c) = — P5c = [101] 



X = (a : b : c) = — P = [111] 



