Fluoride solid lubricants for extreme temperatures and corrosive environments
Fluoride solid lubricants for extreme temperature and corrosive environments
HIGH TEMPERATURE ENVIRONMENT↗
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Results for “Lubricants”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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A bibliography /with abstracts/ on gas-lubricated bearings Interim report
Gas lubricated bearings - annotated bibliography
ABSTRACT↗
Research and development of materials for use as lubricants in a liquid hydrogen environment Final report, Jul. 1964 - Nov. 1965
Lubricant materials for rolling contact bearings operating in liquid hydrogen environment
ROLLING CONTACT BEARING↗
Evaluation of impregnated lubricants in ball-bearing retainers at 10 minus 6 torr
Polyphenyl ether, polysiloxane, sebacate, and high viscosity mineral oil as impregnated lubricants in ball-bearing retainers at .000010 torr
POLYPHENYL ETHER↗
Bibliography on solid lubricants, with indexes
Annotated bibliography on solid lubricants - with indexes
SOLID LUBRICANT↗
Aerostatic /externally-pressurized gas lubricated/ thrust bearings
Static and dynamic characteristics of single and double acting gas lubricated thrust bearings
GAS LUBRICATED BEARING↗
Bearing-lubricant endurance characteristics at high speeds and high temperatures Final report, 1 Sep. 1962 - 31 Aug. 1965
Failure mode and operation life of ball bearings using fluid lubricants at high temperatures in recirculating system
HIGH TEMPERATURE RESEARCH↗
Lubricant life tests on ball bearings for space applications Final report
Ball bearing life tests in vacuum using molybdenum sulfide solid films with high vacuum oils as lubricants
BALL BEARING↗
Lubricant study in ultrahigh vacuum and in various gas environments Final report, 26 Jan. 1965 - 15 Mar. 1966
Wear and friction of lubricated and unlubricated stainless steel bearings in sliding and rolling contact in ultrahigh vacuum and various gas environments
ULTRAHIGH VACUUM↗
Status of lubricants for manned spacecraft
Lubricant selection for Apollo and other manned spacecraft - compatibility criteria
APOLLO SPACECRAFT↗
Self-lubricating composites of porous nickel and nickel-chromium alloy impregnated with barium fluoride - calcium fluoride eutectic
Self-lubricating composite materials prepared by vacuum impregnating nickel-chromium alloy with barium fluoride-calcium fluoride eutectic composition
NICKEL ALLOY↗
Lubricants, bearings and seals
Extreme temperature, vacuum, and chemically active fluid effects on bearing and sealing materials and lubricants
BEARING↗
Effect of various lubricants and base materials on friction at ultrahigh loads.
Sliding friction tests at ultrahigh load of eight greases and 18 dry lubricants and various base materials
FRICTION MEASUREMENT↗
Research and development of materials for use as lubricants in a liquid hydrogen environment.
Materials for use as rolling-contact bearing lubricants in liquid hydrogen environment
MATERIAL TESTING↗
Hydrodynamic lubrication of partial porous metal bearings.
Partial porous metal bearings performance during steady state operation with full film of lubricant, determining pressure distribution
PRESSURE DISTRIBUTION↗
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↗
Lubrication in a vacuum.
Vacuum effects on lubricants and bearing materials due to reduced ambient pressure and low concentration of oxidizing gases
VACUUM EFFECT↗
Self-lubricating fluoride metal composites.
Self-lubricating properties of composites of porous nickel and nickel-chromium alloy impregnated with barium fluoride-calcium flouride eutectic
CHROMIUM↗