Abstract
The chemical modification of poly(vinyl chloroformate) and of its copolymers with compounds containing labile hydrogen atoms like amines, phenols, alcohols and 2-oxazolidone as well as with potassium cyanide and potassium fluoride has been investigated. Phase transfer catalysis conditions lead to soluble modified polymers with good substitution yields.
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BOILEAU,S., JOURNEAU,S. and MEUNIER,G.: Fr. Patent 80/02651 (1980)
CHILDS,M.E. and WEBER,W.P.: J. Org. Chem., 41, 3486 (1976)
MEUNIER,G., HEMERY,P., SENET,J.P. and BOILEAU,S.: Polymer Bulletin, 1, 809 (1979) and 4, 699 (1981)
MEUNIER,G., HEMERY,P., BOILEAU,S., SENET,J.P. and CHERADAME,H.: Polymer, 23, 849 (1982)
MEUNIER,G., HEMERY,P. and BOILEAU,S.: Polymer, 23, 855 (1982)
MEUNIER,G., BOIVIN,S., HEMERY,P., BOILEAU,S. and SENET,J.P.: Polymer, 23, 861 (1982)
PITEAU,M., SENET,J.P. and VITRANT,A.M.: Fr. Patent 75/25470 (1975)
SCHAEFGEN,J.R.: U.S. Patent 3, 118, 862 (1960)
SCHAEFGEN,J.R.: J. Polym. Sci. C, 24, 75 (1968)
WEBER,W.P. and GOKEL,G.W.: Phase Transfer Catalysis in Organic Synthesis, Berlin, Heidelberg, New York: Springer 1977
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Boivin, S., Chettouf, A., Hemery, P. et al. Chemical modification of poly(vinyl chloroformate) and of its copolymers using phase transfer catalysis. Polymer Bulletin 9, 114–120 (1983). https://doi.org/10.1007/BF00275577
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DOI: https://doi.org/10.1007/BF00275577