Thermal conductance of metallic contacts in a vacuum.
Heat transfer between metallic surfaces in contact
METAL SURFACE↗
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Results for “Contact”
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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Thermal contact conductance of nominally flat, rough surfaces in a vacuum environment.
Steady state thermal conductance coefficient at interface formed by nominally-flat rough contacting surface placed in vacuum environment
HEAT-TRANSFER COEFFICIENT↗
Friction characteristics in vacuum of single and polycrystalline aluminum oxide in contact with themselves and with various metals.
Sliding friction characteristics in vacuum of single and polycrystalline aluminum oxide in contact and with various metals
VACUUM EFFECT↗
Multilayer ohmic contacts on CdS.
Multilayer technique for evaporation of ohmic contacts onto CdS, noting V-I characteristics and noise spectrum of recrystallized layer
VOLT-AMPERE CHARACTERISTICS↗
A theory of the origin and evolution of contact binaries.
Contact binaries origin and evolution, discussing orbital angular momentum dissipation through mass ejection along magnetic lines of force
STELLAR EVOLUTION↗
Correlation of thermal contact conductance - Experimental results.
Effective gap thickness and gap number relation determined from correlation of parameters of thermal contact conductance
HEAT TRANSFER↗
Experimental performance of a low-thrust, divergent-flow, contact-ionization electrostatic thruster.
Low thrust divergent flow cesium-on-tungsten contact ionization electrostatic thrustor for satellite attitude control and stationkeeping missions
SATELLITE ATTITUDE CONTROL↗
Friction characteristics in vacuum of single and polycrystalline aluminum oxide in contact with themselves and with various metals.
Sliding friction characteristics in vacuum of single and polycrystalline aluminum oxide in contact and with various metals
SLIDING FRICTION↗
Radioisotope heating for contact ionization thrustors.
Radioisotope heating for ionizer temperature of contact ionization thrustors for satellite attitude control and stationkeeping, studying power source mass saving
RADIOACTIVE ISOTOPE↗
System measures arc energy dissipated in relay contact cycling
System, containing cycle timer, measures the energy dissipated at the contacts of a relay operating in an electric circuit. The system measures as well as records the energy for a large number of repetitive operations.
Source record↗
Thermal contact conductance in a vacuum and related parameter study
Thermal contact conductance tests in vacuum as function of pressure, and elastic deformation data plotted as function of applied loading
Atkins, H. L.↗
Influence of surface roughness and waviness upon thermal contact resistance
Surface roughness and waviness effects on thermal resistance between contacting solids
Rohsenow, W. M.↗
Lubrication of sliding and rolling element electrical contacts in vacuum
Lubrication of sliding and rolling element electric contacts in vacuum
Przybyszewski, J. S.↗
Experimental performance of a low-thrust, divergent-flow, contact-ionization electrostatic thrustor
Electrostatic ion thrustor employing cesium on tungsten contact ionization for satellite attitude control and stationkeeping missions
Lathem, W. C.↗
Contribution of thermal noise to the line width of Josephson radiation from superconducting point contacts
Contribution of thermal noise to line width of Josephson radiation from superconducting point contacts
Kamper, R. A.↗
Divergent-flow contact-ionization electrostatic thrustor for satellite attitude control and station keeping
Divergent-flow contact-ionization electrostatic thrustor for satellite attitude control and stationkeeping
Lathem, W. C.↗
Residual stress and subsurface hardness changes induced during rolling contact
Subsurface residual stress on steel inner races from ball bearings during rolling contact
Parker, R. J.↗
A review of lubrication of sliding and rolling element electrical contacts in vacuum
Summary data on deposition and endurance lives of thin metallic films used for lubricating sliding and rolling element electrical contacts in vacuum environments
Przybyszewski, J. S.↗