A process is described for preparing flame resistant, nontoxic vinyl polymers which contain phosphazene groups and which do not emit any toxic or corrosive products when they are oxidatively degraded. Homopolymers, copolymers, and terpolymers of a styrene based monomer are prepared by polymerizing at least one oxidized styrylphosphine monomer from a group of organic azides, or by polymerizing p-diphenylphosphinestyrene and then oxidizing that monomer with an organoazide from the group of (C6H5)2P(O)N3, (C6H5O)2P(O)N3, (C6H5)2C3N3(N3), and C6H5C3N3(N3)2. Copolymers can also be prepared by copolymerizing styrene with at least one oxidized styrylphosphine monomer
1-(Diorganooxyphosphonyl)methyl2,4- and-2,6diamino benzenes are reacted with polyacylhalides and opt...
Production of extremely efficient flame retardants is ideal because, in many instances, the amount o...
Carborane substituted polyphosphazenes were prepared by the thermal polymerization of phenyl-carbora...
Homopolymers, copolymers and terpolymers of a styrene based monomer are prepared by polymerizing at ...
A number of homopolymers, copolymers, and terpolymers were synthesized employing styrene and four de...
Cured polymers of bis and tris-imides derived from tris(m-aminophenyl) phosphine oxides by reaction ...
Three processes for the preparation of polyphosphazenes were investigated: (1) the reaction of bisph...
To develop new fire-retardant polymers that can be incorporated into blends, IPN’s and composites wi...
1-(Diorgano oxyphosphonyl) methyl) 2,4- and 2,6-dinitro- and diamino benzenes are prepared by nitrat...
Phosphorus-containing flame retardants were synthesized and a variety of strategies for rendering th...
EP 1544227 A UPAB: 20050728 NOVELTY - Phosphinates containing hydroxyl groups are used for the produ...
Both high and low molecular weight, curable poly(fluoroalkoxy phosphazene) terpolymers were prepared...
Recent research at the INEEL has focused on the versatility inherent in polyphosphazene chemistry to...
The development of novel (co)polymers with phosphorylated side chains via two different controlled/l...
Poly(arylene ether) main-chain phosphonium ionomers were successfully synthesized and characterized....
1-(Diorganooxyphosphonyl)methyl2,4- and-2,6diamino benzenes are reacted with polyacylhalides and opt...
Production of extremely efficient flame retardants is ideal because, in many instances, the amount o...
Carborane substituted polyphosphazenes were prepared by the thermal polymerization of phenyl-carbora...
Homopolymers, copolymers and terpolymers of a styrene based monomer are prepared by polymerizing at ...
A number of homopolymers, copolymers, and terpolymers were synthesized employing styrene and four de...
Cured polymers of bis and tris-imides derived from tris(m-aminophenyl) phosphine oxides by reaction ...
Three processes for the preparation of polyphosphazenes were investigated: (1) the reaction of bisph...
To develop new fire-retardant polymers that can be incorporated into blends, IPN’s and composites wi...
1-(Diorgano oxyphosphonyl) methyl) 2,4- and 2,6-dinitro- and diamino benzenes are prepared by nitrat...
Phosphorus-containing flame retardants were synthesized and a variety of strategies for rendering th...
EP 1544227 A UPAB: 20050728 NOVELTY - Phosphinates containing hydroxyl groups are used for the produ...
Both high and low molecular weight, curable poly(fluoroalkoxy phosphazene) terpolymers were prepared...
Recent research at the INEEL has focused on the versatility inherent in polyphosphazene chemistry to...
The development of novel (co)polymers with phosphorylated side chains via two different controlled/l...
Poly(arylene ether) main-chain phosphonium ionomers were successfully synthesized and characterized....
1-(Diorganooxyphosphonyl)methyl2,4- and-2,6diamino benzenes are reacted with polyacylhalides and opt...
Production of extremely efficient flame retardants is ideal because, in many instances, the amount o...
Carborane substituted polyphosphazenes were prepared by the thermal polymerization of phenyl-carbora...