Xerox Corporation

Paula J MacLeod

Michael K Georges

Peter Gordon Odell

Scott M Silence

Thomas Edward Enright

Francisco E Torres

Charles H Honeyman

Stephan V Drappel

Robert D Bayley

Daniel A Foucher

Thomas R Hoffend

K Derek Henderson

Carol A Fox

Barkev Keoshkerian

Richard P N Veregin

Paul Farrell Smith

Richard P Veregin

George Liebermann

Michael J Duggan

Angelo J Barbetta

John G VanDusen

Timothy E Burrow

Polymerization process for the preparation of a resin

Polymerization processes

A carrier containing a core, a polymer coating or mixtures of polymers thereover, and wherein the coating polymer or mixtures contains a conductive polymer.

Coated carriers

A carrier with a core and thereover a polymer or mixtures of polymers, and wherein the polymer contains a conductive polymer dispersed therein. Alternatively, the carrier coating can be comprised of a conductive inorganic polymer or a polymer having dispersed therein a conductive inorganic polymer.

A process for the preparation of a thermoplastic resin, or thermoplastic resins comprising:

Polymerization processes using oligomeric compound, monomer and

A carrier comprised of a core and thereover a polymer generated from the reaction of a component containing amine groups and a component containing epoxy groups.

A carrier comprised of a core and thereover a ferrocene containing polymer.

Carrier with ferrocene containing polymer

A carrier comprised of a core and a polymer coating containing a quaternary ammonium salt functionality.

Coated carrier

A free radical polymerization process for the preparation of a polymer comprising heating a mixture of a free radical initiator, a stable free radical agent, a metal catalyst, or a metal stable free radical complex catalyst, and at least one polymerizable monomer; cooling said mixture; and optionally isolating said polymer.

Metal accelerated polymerization processes

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Etobicoke, Canada

Paula J MacLeod