Bidrin Decomposition. 
i \) CH 
1.H,O + (CHO) -B-0-CeCH-C-NC 3 
é puae ] CH 
3 
CH, 
0 { 0 CH 
(CH,0) .-P-OH + CH.-C-CH dee 3 
3 2 ay 
§ | 

2 (CH 3° 7 P-0 
p Rn 
(CH ,0)>P-O-C=CH- Me 
3. 2 
CH ee 
3 
I {| H a oul 
3" (CHO) ,—P-—O-P#(OCH. ) +. 7O= =Cy- -N 3 
3° 2 3° 2 
HY oH 
/ ee 
0 Q CH — 
ets 0 Q _CH 
-Cf-cH -t_ va 
cH, E-cH, tat cH,-C-cH-E- 
CH 3 
3 CH 
3) n 
4 (CH,0) y O- + PO(OCH.,,),]* 
: nee \ 32! 
CHO) _-P=0 + —P 
ect O74 LtCH0}-F Od, 
Methylmetaphosphates 
Azodrin Decomposition 
Q 9 A 
(CH,0),-P-O- +  (CH.0) -P-0-C=CH-C-X 
ar, ee, eee | CH 
CH, 3 
i Q 7B 
(CH.0),-P-OH + CH, =C=CH-C-N 
3°°2 2 cH 
transesteri fication polymerizatio 9 2 ! 
mono-, di-, and r Moa | 
trimethyl phosphates (CH, - ; : nase | 
62 
Mo . ; isn 
be oy 
ee eee eee ee ee ae ee es | 
