«CAPO 
XXII. 
— 194 — 
SOSTANZA 
P (C» Hx)3 S 
P (C» Hx)z CSa 
NP [(Cx.H)s (Cs Hs) (CY) 
NP |(C» Hz)3 (03 Hx) (C$)”] 
ib, {(Ca H;)3 (C, H, B r)] Br 
As {(0H;); (CH) Bn) Br 
P (C, Hx);I 
P [(0, H;); Pt] C1 
Pa [(C H3)c (0, H,)"] B 110) 
P» [(0 Hy)o (CH)"]1L 
P. (0, H;); C1-- Pi CI» 
P [(0,H;); (CH;)] C1, PtC1, 
P [(C,Hz)3 (CH 0)) CI, PtCL 
P [(, Hz); (CH, Br) C1, PtC1, 
P» ((Cx H;)o (Ca Hy)"] CL, (Pt Ch), 
PAS {(Ca Hs)e (0) H,)"] C la, (Pt 0 13)2 
NP [H, (C, Hz); (C H,)"] Cl, (PtC1la)a 
NP (H3(C, Hz): (C,H,)/]Ch, PtCL) 
P; [(Cx Hy)o (CH)7] Ch, (PtCL) 
P.(C.H;)30, ZnI 
[P (C. Hz); 0]; [P (C. Hz); Cl], (PtCL): 
—-— 
QUATI 
RIASSUNTO delle forme dei 4 
i 
FORME E SFALDATURE 
SISTEMA 
OSSERVATE 
Li ME 
Romboedrico | 101, 211,210 
Monoclino | 100, 010, 001, 110, 101 | 
Id. 100, 010, 001, 110 
ra. 100, 001, 110, 101, 201, 16 
Monometrico | 110 | 
Id. 110 | 
Romboedrico | 111, 101, 100, 110, 210,31 
Monoclino | 001,110, 101, 112 
Trimetrico | 100, 010, 001, 110,211 | 
Monoclino | 001,110, 101 
Trimetrico 110, 101 
Monometrico | 100, 111 
Id. 100, ll 
Id. 111 
Monoctino S 100 010, 110, 101, 101} (1 
111, 111,211 
Tasse 100, 010, 001 
Triclino | 100, 010,001, 011, 023,11 
Monoclino 100, 001, 110, 011 
Trimetrico | 100, 010,110, 101 
Monoclino 100, 010, 001, TOTSRIS 
Id. 100, 010, 001, 110, 011, )1 
Id. 100, 001, 110, 101, Î11, °? 
_ 
