RuPAC 2006 - List of Authors

A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Laricheva, V.P.

Paper	Title	Page
THLO07	Radiation Technology Facilities Based On Electron Beam Accelerators At The Branch of the Federal State Unitary Enterprise (FSUE) "Karpov Institute of Physical Chemistry": Manufactured Products And Promising Developments B.A.Kovalev, V.V.Krayushkin, V.P.Laricheva, V.P.Pleshanov, V.G.Ostapets, A.A.Stuk, N.P.Chelnakov Branch of FSUE "Karpov Institute of Physical Chemistry", Obninsk, Russia At present five EB accelerator-based technological facilities are operated at the Karpov Institute to solve the following tasks: manufacture of various commercial products (foamed polyethylene, pipeline insulation, pipe products for electrical engineering, composite materials), scientific research and development of promising radiation-chemical technologies.

Paper

Title

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THLO07

Radiation Technology Facilities Based On Electron Beam Accelerators At The Branch of the Federal State Unitary Enterprise (FSUE) "Karpov Institute of Physical Chemistry": Manufactured Products And Promising Developments

B.A.Kovalev, V.V.Krayushkin, V.P.Laricheva, V.P.Pleshanov, V.G.Ostapets, A.A.Stuk, N.P.Chelnakov
Branch of FSUE "Karpov Institute of Physical Chemistry", Obninsk, Russia

At present five EB accelerator-based technological facilities are operated at the Karpov Institute to solve the following tasks: manufacture of various commercial products (foamed polyethylene, pipeline insulation, pipe products for electrical engineering, composite materials), scientific research and development of promising radiation-chemical technologies.

MOLP08

Electron Beam Technology For Manufacture Of Compositions With Unique Characteristics

V.P.Laricheva, A.F.Korotkiy, V.V.Krayushkin, L.A.Smirnova, B.A.Kovalev, N.P.Chelnakov
Branch of FSUE "Karpov Institute of Physical Chemistry", Obninsk, Russia

Vymorkov N.V., Nikulina I.P.
FSUE ONTPP "TECHNOLOGIYA", Obninsk, Russia

Two types of complex solvent-free binders were developed in the course of scientific research for radiation-induced technologies used in the manufacture of large-size items. A manufacturing process could be accomplished through a single stage of radiation curing or through a two-stage procedure, which implies radiation manufacture of the long-lived prepregs and subsequent thermo-chemical hardening. The developed binders make it possible to obtain composition materials with high heat stability (glass transition temperature ~260°C) and radiation resistance (>10 MGy).