368 [Jan. 8, 



4*67 = 1, Z={2, 4, 02}; 

 4*67 = 9, Z={2, 4, 0, O 3 }; 



4*67 = 1, Z={4, 4, 2 ,0 2 } ; 

 3 )n 77 = 2, Z={4, 2, O 3 , 0}; 

 3 M10 77=9, Z={2, 4, 0, O 3 }; 



3 W0 77 = 4, Z = {2, 4, O 2 }; 



3 m 77=5, Z = {4, 4, 2 ,0 2 } ; 



3 m0f 7 l ^ 1 7 fO O f\ f\\ 

 77 = 1, = jz, ,4, u, U}. 



Objanal monozone faces : 



535-57=1, 335-77 = 1, Z = {2.1, 2,2, 02-1}. ^ 

 These are also entered above. 



Janal anaxineface : 



4/a.an67 = l, which is also entered below. 



Asymmetric faces : 



lf OW O f* A\*) OA . 



I as" I == ^, Oas^ l = ^ "'-' 



5a57 = 90, 4^7 = 146, 377 = 165. 



Table D. 

 Zoned polar edges-. 



(55)^ 2 6= 2 . Z = {2.2, 2.1, 0^, O p , O 2 - 1 }, 



Z' = {2.1, 21, 0^0,}. 

 Zoneless polar edges : 



(66)1.^.06=2, 



Zonal non-polar edges : 



(55)* 26=1, (44),o46=4, (33),66=2, Z={4,2,0 2 }; 



(55),26=3, (44M6=2, (33)66=i, Z={2,40,0 3 } ; 

 (55), 26=2, (44M6=2, Z = {4,4,0 2 ,0^} ; 



(55)26=i, (44),o46=3, (33), 66=3, Z={4, 2,0 3 , 0} ; 

 (44M6=3, (33),66=i, Z={2,2,0,0}. 



Epizonal edges : 



(57)-p06=2, (55)^26=1, (37)^26=1, Z = {2,2>0,0} ; 



(53)^46=1, (43)^56=2, (33)^66=1, Z = {4,2,0 2 }; 

 (73)<*26= l , (53)e P 46 = l, Z= {4, 2, 3 , 0} ; 



