... CH2C1 F Br CHC1 1 2 C(=0)CH3 CH2Br F Br CHC1 1 2 C02CH3 CH2C1 F Br CHC1 1 2 C02CH3 CH2Br F Br CHC1 1 2 CH2C=CH CH2C1 F Br CHC1 1 2 CH2C=CH CH2Br F CN ...

... SC=CH OH CN NH,, NH— NH,, NH— OH, OH, SH, O, SC=CH OH N3 NH2, NH— NH2, NH— OH, OH, SH, O, SH, CH3, F, CI, Br, I, N02 CH=CH2, CH=CHBr, CH=CHC1, C=CH, CN, ...

3, 1942 2301131 OCOE I CHr-C-CN CHC1 CHi CH!=C-CN CHC1 - CHi ECOOH + CHj / CI C= C— CN ' I CHi CHi=C-CN CHC1 CHi CHj \l=C— CN / I CI CHi HC1 + CHj=CH— C=CHi ...

... two or more non-neighboring methylene groups which an be replaced with — CH- CN— , — C(CH3)CN— , — CHC1— or — CHBr— and capable of further including one ...

15 20 25 EXAMPLE 17 CHs— SO CN 11 J. O— C=CHC1 (12) The above compound is obtained according to the particulars given in Example 16 and is a colorless ...

... at least one — CH2 — group which is not positioned adjacent to another — CH2 — group may be replaced by — CH- CN— , — C— (CH3)— CN— , — CHC1— or —CHBr—, ...

... OC(0)CH3; — CN; — NCO; — NCS; aryl, substituted and non substituted, ... following: CF3CF20— CF2CF2— O— CHC1— CFC12; CF3OCF20— CF2CF2— O— CFC1— CF2C1; ...

CFC1=CC12, CF2=CFH, CF2=CH2 CFH=CH2, CF2=CF(CN), CF(CN)= ... 6ll5> CH2=CH(CN), CH2 CH2 CH2=CHC1, CH(CN)=CH(CN), HC(CN)=CHCH2CH2CN, ...