Production of inorganic substance--plastic composite materials utilizing radiation. Studies on feasibility

Journal Article · Thu Feb 01 04:00:00 EST 1973 · FAPIG (Tokyo), no. 68, pp. 244-251

OSTI ID:4301001

Iwai, T

While the production of new high-polymer materials from monomers is somewhat deadlocked recently, efforts, on the other hand, are continued to produce inorganic substance-plastic composite material utilizing radiation in this procedure. Most is still in the stage of research and development. Some developments in this field are described: (1) utilization for polymerization: polymer-impregnated concrete, and gypsum-polymer composite; (2) utilization for hardening: resin concrete, and red mud-plastic; (3) utilization for cross- linking: polyethylene-alumina blend and polyethylene-kaolin blend; (4) utilization for graft polymerization to inorganic materials. (JA)

• Research Organization: Ube Industries, Ltd., Yamaguchi, Japan
• NSA Number: NSA-29-029114
• OSTI ID: 4301001
• Journal Information: FAPIG (Tokyo), no. 68, pp. 244-251, Journal Name: FAPIG (Tokyo), no. 68, pp. 244-251; ISSN FPIGA
• Country of Publication: Japan
• Language: Japanese

Related Subjects

*COMPOSITE MATERIALS-- CHEMICAL RADIATION EFFECTS
CONCRETES
COST
GRAFT POLYMERS
GYPSUM CEMENTS
IMPREGNATION
KAOLIN
MECHANICAL PROPERTIES
MONOMERS
N40300* --Chemistry--Radiation Chemistry
N50320 --Metals
Ceramics
& Other Materials--Plastics & Other Materials--Preparation & Fabrication
N50340 --Metals
Ceramics
& Other Materials--Plastics & Other Materials--Radiation Effects
PLASTICS
POLYESTERS
POLYETHYLENES
POLYMERIZATION
RESINS