Advanced beam and materials technologies for new industrial production

Author

Suzuki, Y. ; Iwamoto, N. ; Tabata, N.

Author_Institution

Ion Eng. Res. Inst. Corp., Osaka, Japan

Volume

2

fYear

1999

fDate

36495

Firstpage

853

Abstract

This paper reviews recent R & D activities of the national projects for new industrial production with advanced beam and materials technologies. These national project, mainly founded by MITI (The Ministry of International Trade and Industry) and the Science and Technology Agency of Japan, are as follows: big national Projects-high temperature SiC device for combustion control system; modification of C/C composites by ion implantation; PVD and CVD technologies for use in high-temperature oxidizing environments, and development of bio integrated materials of orthopedic hip implants and artificial blood vessels for non-thrombogenicity, and preliminary investigation study for next proposed national projects-surface modification of metals and metal alloys by ion implantation to improve corrosion, oxidization and wear resistance to high-temperature corrosive environments and development of plasma-based ion implantation technologies by using a vacuum arc evaporator

Keywords

alloys; biomedical materials; carbon fibre reinforced composites; chemical vapour deposition; corrosion protection; ion beam applications; ion beam effects; ion implantation; metals; plasma materials processing; reviews; silicon compounds; surface treatment; vapour deposition; wear resistance; wide band gap semiconductors; C; C/C composites; CVD; PVD; SiC; advanced beam technologies; artificial blood vessels; bio integrated materials; combustion control system; corrosion; high temperature SiC device; high-temperature corrosive environments; high-temperature oxidizing environments; industrial production; ion implantation; materials technologies; metal alloys; metals; nonthrombogenicity; orthopedic hip implants; oxidization; plasma-based ion implantation technologies; review; surface modification; vacuum arc evaporator; wear resistance; Combustion; Electrical equipment industry; Industrial control; International trade; Ion implantation; Materials science and technology; Metals industry; Plasma temperature; Production; Silicon carbide;

fLanguage

English

Publisher

ieee

Conference_Titel

Ion Implantation Technology Proceedings, 1998 International Conference on

Conference_Location

Kyoto

Print_ISBN

0-7803-4538-X

Type

conf

DOI

10.1109/IIT.1998.813802

Filename

813802