Phosphinoborine Polymers
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Report Number: WADC TR 57-126 Part 6
Author(s): Wagner, Ross I., Washburn, Robert M., Burg, Anton B.
Corporate Author(s): American Potash And Chemical Corp.
Date of Publication: 1962-07
Pages: 215
DoD Task:
Identifier: AD0282177
Abstract:
B-P Polymers: A series of new linear poly-P-methyl-n-alkyl-borophanes were prepared and evidence suggests depolymerization of these materials proceeds by loss of monomer units at the chain ends. A number of new P-substituted triborophane derivatives were prepared as well as several partially B- halogenated derivatives of P-hexamethyltriborophane. New Approaches to Thermally Stable Polymers: A number of diarylphosphonyl azides, Ar2P(0)N3, were prepared and characterized. The azides react with trivalent P compounds to yield phosphoranes. Inorganic Polymer Components: New IR spectra of (R2PBH2)3 compounds have structural implications bearing upon the theory of their stability. IR spectra also confirm the structure (CF3HP0 0H)2, relating to the question of the stability of possible polymers having phosphinic-anhydride connections. Trifluormethyl acetoxyphosphines offer a route to P-O-P bonding and to (CF3PO)n polymers.
Provenance: Agricultural Research Service Southern Region Research Center
Author(s): Wagner, Ross I., Washburn, Robert M., Burg, Anton B.
Corporate Author(s): American Potash And Chemical Corp.
Date of Publication: 1962-07
Pages: 215
DoD Task:
Identifier: AD0282177
Abstract:
B-P Polymers: A series of new linear poly-P-methyl-n-alkyl-borophanes were prepared and evidence suggests depolymerization of these materials proceeds by loss of monomer units at the chain ends. A number of new P-substituted triborophane derivatives were prepared as well as several partially B- halogenated derivatives of P-hexamethyltriborophane. New Approaches to Thermally Stable Polymers: A number of diarylphosphonyl azides, Ar2P(0)N3, were prepared and characterized. The azides react with trivalent P compounds to yield phosphoranes. Inorganic Polymer Components: New IR spectra of (R2PBH2)3 compounds have structural implications bearing upon the theory of their stability. IR spectra also confirm the structure (CF3HP0 0H)2, relating to the question of the stability of possible polymers having phosphinic-anhydride connections. Trifluormethyl acetoxyphosphines offer a route to P-O-P bonding and to (CF3PO)n polymers.
Provenance: Agricultural Research Service Southern Region Research Center