Tribology Laboratory / Zymet / Naval Research Laboratory / Plenem Press / Ge / Spire Corporation / Thin Ag Films / Thin Solid Films / EATON NV / Proposal Number Corporation / /
Facility
IBED facility / Boston University / Syracuse University / Naval Research Laboratory / CURRENT OR PENDING SUPPORT Spire / Cornell University / Rutgers University / RF Sputter facility / Materials Characterization Spire / Finally Spire / Tribology Laboratory of Spire's Surface Modification Center / /
IndustryTerm
aerospace applications / mechanical and chemical properties / anti-wear applications / high energy deposits / chemical activity / film deposition equipment / chemical vapor deposition / implantation services / low energy ions / ion implantation equipment / member technical / ion energy / surface modification technology / energy / temperature sensitive applications / metal / non-semiconductor applications / chemical and mechanical surface sensitive properties / chemical reactions / similar chemical reactivities / surface modification technologies / tribological applications / metal ion implanter / kinetic energy / temperature curring tool / ion beam deposition systems / inert gas plasma discharge / low processing temperatures / precision aerospace bearings / typical energy ranges / chemical bonding information / higher energy / chemical stability / role particle energy / lower processing temperatures / /
Movie
Preparation of Hard Coatings By Ion Beam Methods / /
NaturalFeature
Al island / /
Organization
M.I.T / Rutgers University / Harvard / SUNY / Cornell University / North Atlantic Treaty Organization / Spire's Surface Modification Center / Syracuse University / Department of Defense / Boston University / /
Person
Ion Beams / Ion Beam / JAMES K. HIRVONEN / Ion Phys / /
Position
Scientist / WORK The Principal Investigator / V.P. and Director of Research / leader / Inficon deposition rate controller / Senior Scientist / /
Firm Name, Topic Number, Proposal Number DOD Sample Phase I Proposal SUPERADHERENT HARD COATINGS BY ION BEAM ENHANCED DEPOSITION