Poly(vinyl acetate peroxide) (PVACP) was prepared from vinyl acetate by free-radical-initiated oxidative polymerization. The polyperoxide was isolated and characterized by different spectroscopic methods. The extreme instability of PVACP was demonstrated by FTIR spectroscopy. The H-1- and C-13-NMR studies show the irregularities in the polyperoxide chain due to the cleavage reactions of the propagating peroxide radical. Thermal degradation studies using differential scanning calorimetry revealed that PVACP degrades at a lower temperature and the heat of degradation is in the same range as reported for other vinyl polyperoxides. (C) 1996 John Wiley & Sons, Inc
A novel (main-chain)-(side-chain) vinyl polyperoxide, poly(dipentene peroxide)(PDP), an alternating ...
Vinyl polyperoxides degrade through two competing reactions, they pyrolyze unimolecularly through a ...
The thermal degradation of various vinyl polyperoxides (poly(styrene peroxide) [PSP], poly(methyl me...
Poly(vinyl acetate peroxide) (PVACP) was prepared from vinyl acetate by free-radical-initiated oxida...
The stable vinyl polyperoxide, namely, poly(-phenylstyrene peroxide) (PAPSP), an alternating copolym...
The stable vinyl polyperoxide, namely, poly(alpha -phenylstyrene peroxide) (PAPSP), an alternating c...
A novel (main chain)-(side chain) vinyl polyperoxide, poly(α-(tert-butylperoxymethyl)styrene pe...
Polymeric peroxides are equimolar alternating copolymers formed by the reaction of vinyl monomers wi...
A novel (main chain)-(side chain) vinyl polyperoxide, poly(alpha-(tert-butylperoxymethyl)styrene per...
Poly(methacrylonitrile peroxide) (PMNP) has been synthesized from methacrylonitrile by free radical ...
The most stable vinyl polyperoxide, namely, poly(indene peroxide) (PINDP), an alternating copolymer ...
The oxidative degradation of poly(vinyl acetate) (PVAc) was carried out in presence of benzoyl per...
A novel (main-chain)-(side-chain) vinyl polyperoxide, poly(dipentene peroxide) (PDP), an alternating...
A novel (main-chain)-(side-chain) vinyl polyperoxide, poly(dipentene peroxide)(PDP), an alternating ...
The present report provides an elegant technique for the oxidative polymerization of vinyl monomers ...
A novel (main-chain)-(side-chain) vinyl polyperoxide, poly(dipentene peroxide)(PDP), an alternating ...
Vinyl polyperoxides degrade through two competing reactions, they pyrolyze unimolecularly through a ...
The thermal degradation of various vinyl polyperoxides (poly(styrene peroxide) [PSP], poly(methyl me...
Poly(vinyl acetate peroxide) (PVACP) was prepared from vinyl acetate by free-radical-initiated oxida...
The stable vinyl polyperoxide, namely, poly(-phenylstyrene peroxide) (PAPSP), an alternating copolym...
The stable vinyl polyperoxide, namely, poly(alpha -phenylstyrene peroxide) (PAPSP), an alternating c...
A novel (main chain)-(side chain) vinyl polyperoxide, poly(α-(tert-butylperoxymethyl)styrene pe...
Polymeric peroxides are equimolar alternating copolymers formed by the reaction of vinyl monomers wi...
A novel (main chain)-(side chain) vinyl polyperoxide, poly(alpha-(tert-butylperoxymethyl)styrene per...
Poly(methacrylonitrile peroxide) (PMNP) has been synthesized from methacrylonitrile by free radical ...
The most stable vinyl polyperoxide, namely, poly(indene peroxide) (PINDP), an alternating copolymer ...
The oxidative degradation of poly(vinyl acetate) (PVAc) was carried out in presence of benzoyl per...
A novel (main-chain)-(side-chain) vinyl polyperoxide, poly(dipentene peroxide) (PDP), an alternating...
A novel (main-chain)-(side-chain) vinyl polyperoxide, poly(dipentene peroxide)(PDP), an alternating ...
The present report provides an elegant technique for the oxidative polymerization of vinyl monomers ...
A novel (main-chain)-(side-chain) vinyl polyperoxide, poly(dipentene peroxide)(PDP), an alternating ...
Vinyl polyperoxides degrade through two competing reactions, they pyrolyze unimolecularly through a ...
The thermal degradation of various vinyl polyperoxides (poly(styrene peroxide) [PSP], poly(methyl me...