Friction, wear, and decomposition mechanisms for various polymer compositions in vacuum to 10 super neg 9 millimeter of mercury
Friction, wear, decomposition mechanisms, and evaporation rates of polymer compositions in vacuum
DECOMPOSITION↗
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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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Friction and bearing problems in the vacuum and radiation environments of space
Friction and bearing problems in vacuum and radiation environments of space
BEARING↗
Friction of metals, lubricating coatings, and carbons in liquid nitrogen and hydrogen
Friction of metals, lubricating coatings, and carbons in liquid nitrogen and hydrogen
BEARING↗
Experimental local heat-transfer and average friction data for hydrogen and helium flowing in a tube at surface temperatures up to 5600 deg r
Heat transfer and average friction coefficients for hydrogen and helium flowing in tungsten tube
HYDROGEN↗
A sensitive magnetic balance for the direct measurement of skin friction drag
Sensitive magnetic balance for direct measurement of skin friction drag
MAGNETIC INSTRUMENT↗
Friction, wear, and dynamic seal studies in liquid fluorine and liquid oxygen
Friction, wear, and dynamic seal studies in liquid fluorine and liquid oxygen
FRICTION↗
Nonlinear compensation of a second- and third- order system with dry friction.
Nonlinear passive compensation of a second- and third-order system with dry friction
SYSTEM STABILITY↗
Friction variation of ptfe and mos sub 2 during thermal vacuum exposure.
Friction coefficients of polytetrafluoroethylene and molybdenum sulfide-graphite-sodium silicate coatings for space lubrication
TEFLON↗
Influence of crystal structure on friction characteristics of rare-earth and related metals in vacuum to 10-10 millimeter of mercury
Crystal structure influence on friction, wear, and metal-transfer characteristics of rare earth metals in vacuum
FRICTION↗
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↗
Effects of spiral longitudinal vortices on turbulent boundary layer skin friction
Effect of spiral longitudinal vortices on turbulent boundary layer skin friction
TURBULENT BOUNDARY LAYER↗
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. i- polycrystalline and single crystal cobalt
Friction and wear characteristics for polycrystalline cobalt sliding on various materials in high vacuum
SLIDING FRICTION↗
Turbulent Skin Friction at High Reynolds Numbers and Low Supersonic Velocities
Turbulent skin friction at high Reynolds number and low supersonic speeds
SKIN FRICTION↗
Apparatus for studying ball spinning friction
Measuring apparatus for studying ball bearing spinning friction
SPIN↗
The relation between skin friction and heat transfer for the compressible turbulent boundary layer with gas injection
Porous cone skin friction and heat transfer coefficients for compressible turbulent boundary layer with gas injection
GAS INJECTION↗
Local turbulent skin-friction measurements on a flat plate at mach numbers from 2.5 to 4.5 and reynolds numbers up to 69 x 106
Supersonic wind tunnel tests of turbulent skin friction on flat plate at very high Reynolds number
REYNOLDS NUMBER↗
A device for measuring the static friction /stiction/ between magnetic tape and heads
Apparatus for measuring static friction between magnetic tape and heads of tape recorders
TAPE RECORDER↗
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↗