64 



Figur 6. 



ß Homobetain - Platinchlorid 

 (monoklin). 



a = (a : CO b : CO c) = CO Pö) = [100] 

 m= {a:h:coc) = odP =[110] 

 c = (co a : oo b : c) = oP = [001] 

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

 e= (a:a)b:e) =— Pä) = [101] 



i = (coa:b:c) = Pcb_= [011] 

 s = (V2a' : b : c) = +2P2 = [211] 

 t = (V-2a : b : c) = -2P2 = [211] 



Figur 9. 



Trimethylaminaethylenbi'omid 



(monoklin). 



a = (a : CO b : CO c) = CO Pco = [100] 



b=(coa:b:coej = ooPcc = [010] 

 c = (oo a : CO b : c) = oP = [001] 



d= (aoa:b:c) = P cfc = [011] 

 p= (a:»b:c) = — P cc = [WIJ 

 q= (a' : CO b : c) = +P w = [101] 



Figur 8. 



ß Homobetainplatinchlorid 



Zwilling nach i = Pco 



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

 m = (a : b : 00 c) = oo P = [HO] 

 d = (a' : 00 b •. c) = -[-P^ = [101] 

 e = (a : CO b : c) = — P^ = [101] 



Figur 10. 



Berberin-Chloroform (triklin). 

 a = (a : CO b : CO c) = oo P w = [100] 

 b = (co a : b : CO c) = ooP^ = [010] 

 c = (üo a : 00 b : c) = oP = [001] 

 t = (a : b : 00 c) = oo P' = [110] 

 q = (coa :b' : c) = 'P,a) = [011] 

 y= (a:oob: c) = T'ö) = [101] 

 p = (a':aob:c) = ,P,^ = [101] 

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

 m= (a : b : c') = P, = [111] 



Figur 12. 



Hydroberberinaethyltrijodid Hydrastinaethyljodid (rhombisch). 



(monoklin). ^^ ^^^ ^ .-^ . ^ ^^ ^^^^ ^ ^010] 



a =:; (a : CO b : 00 c) = CO PEc = [100] m = (a : b : oo c) = co P = [HO] 



Figur 11. 



c = (oo a : x b : c) = oP = [001] 

 m= (a:b:ooc) = coP =[110] 



d = (qo a : b : c) = P c» = [011] 

 0= (2a: b :2c) = — 2P2 = [121] 

 p = (2a' : b : 2c) = +2P2 = [121] 



d = (oo a : b : c) = Pco = [011] 

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

 q= (a:»b:c) = P» =[101] 



Figur 13 und Figur 14. 



Physostigmin (rhombisch), 

 a =(a : cob :ooc) = coP^=== [100] 

 m= (a:b:aoc) = coP = [HO] 

 d= (a:aob:c) = Pcö = [101] 



X = (oo a : b : c) = PÄ = [Ollj 



=— '/2('i':b:c) = 



=4111] 



