Influence of a vacuum environment on friction and lubrication studies
Influence of vacuum system and oxygen partial pressures on friction behavior of metals in sliding contact
METAL↗
Engineering topics
Buckley, D. H.
Publications and source records attributed to Buckley, D. H..
Effect of orientation of friction characteristics of single-crystal beryllium in vacuum /10 minus10 torr/
Orientation effect on friction characteristics of single crystal beryllium in vacuum
SLIDING FRICTION↗
Vapor deposited gold thin films as lubricants in vacuum /10 super minus 11 mm Hg/.
Vapor deposited gold thin films to obtain adhesion and durability between film and substrate essential as lubricants in high vacuum
GOLD↗
Friction and wear of hexagonal metals and alloys as related to crystal structure and lattice parameters in vacuum.
Friction and wear of hexagonal metals and alloys as related to crystal structure and lattice parameters in vacuum
CRYSTAL LATTICE↗
Lubrication in a vacuum.
Vacuum effects on lubricants and bearing materials due to reduced ambient pressure and low concentration of oxidizing gases
VACUUM EFFECT↗
Friction and wear characteristics of polyimide and filled polyimide compositions in vacuum /10-10 mm Hg/
Friction and wear characteristics of polymide and filled polymide compositions in vacuum
POLYMER↗
Friction, wear, and adhesion characteristics of titanium-aluminum alloys in vacuum
Friction, wear, and adhesion characteristics of titanium-aluminum alloys in vacuum
WEAR↗
Influence of orientation of grains in tungsten on its friction characteristics
Grain orientation influence on friction properties of tungsten
TUNGSTEN↗
The influence of crystal structure, orientation and solubility on the adhesion and sliding friction of various metal single crystals in vacuum /10-11 torr/
Adhesion and sliding friction influenced by structure, orientation, and solubility of metal single crystals
Buckley, D. H.↗
Vapor-deposited thin gold films as lubricants in vacuum /10-11 mm hg/
Vapor-deposited thin gold films as lubricant in vacuum
LUBRICANT↗
Friction and wear of hexagonal metals and alloys as related to crystal structure and lattice parameters in vacuum.
Friction and wear of hexagonal metals and alloys as related to crystal structure and lattice parameters in vacuum
FRICTION MEASUREMENT↗
Influence of order-disorder transformation on friction characteristics of copper-gold alloys in vacuum
Influence of order and order-disorder transformation on friction characteristics of copper-gold alloys in vacuum
GOLD ALLOY↗
Influence of crystal orientation on friction characteristics of titanium single crystals in vacuum
Effect of crystal orientation on friction characteristics of titanium single crystals in vacuum
FRICTION COEFFICIENT↗
Vapor deposited gold thin films as lubricants in vacuum /10 super -11 mm Hg/.
Gold thin films of 1800 angstroms to be used as lubricants were vapor-deposited on Ni, Ni-Cr and Ni-Re substrates in vacuum
LUBRICANT↗
Friction and wear of low-melting binary and ternary gallium alloy films in argon and in vacuum
Friction and wear of low melting gallium alloys on stainless steel and nickel in argon and vacuum environment
STAINLESS STEEL↗
Vapor deposited gold thin films as lubricants in vacuum /10-11 mm hg/
Vacuum deposition of gold thin films on nickel, nickel-chromium, and nickel-rhenium substrates for use as lubricants
THIN FILM↗
Friction and wear of hexagonal metals and alloys as related to structure and lattice parameters in vacuum to 10-10 millimeter of mercury
Friction and wear characteristics of metals and alloys related to structure and lattice parameters in high vacuum
CRYSTAL LATTICE↗
Marked influence of crystal structure on the friction and wear characteristics of cobalt and cobalt base alloys in vacuum to 10-9 millimeter of mercury. ii- cobalt alloys
Crystal structure influence on friction and wear characteristics of binary tungsten-cobalt and molybdenum-cobalt alloy systems in vacuum
CRYSTAL STRUCTURE↗