Lunar surface engineering properties experiment definition. Volume 4 - Fluid conductivity of lunar surface materials Final report, 20 Jun. 1968 - 19 Jul. 1969
Fluid conductivity of lunar surface materials
Willis, D. R.↗
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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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Study of interfacial conductivity Final report
Statistical theory of interfacial thermal conductivity and crystal growth under weightlessness
Burkhard, D. G.↗
Study to evaluate the feasibility of a feedback controlled variable conductance heat pipe
Feedback controlled variable conductance heat pipe
Brennan, P. J.↗
Combined conduction, convection and radiation effects in internal flows - participating gases
Combined conduction, convection, and radiation effects on heat transfer of participating gases in internal flow
Thorsen, R. S.↗
Apparatus for measuring thermal conductivity Patent
Development of apparatus for measuring thermal conductivity
Black, I. A.↗
Apparatus for measuring conductivity and velocity of plasma utilizing a plurality of sensing coils positioned in the plasma Patent
Apparatus for measuring conductivity and velocity of plasma with multiple sensing coils positioned in plasma
Rossow, V. J.↗
Electrical conductivity and temperature of the lunar interior from magnetic transient response measurements
Lunar surface magnetometer measurements for determining electrical conductivity and temperature of lunar core
Colburn, D. S.↗
NERVA irradiation program, GTR test 21. Volume 3 - Thermal conductivity and electrical resistivity of selected NERVA materials
Thermal conductivity and electrical resistivity of materials for NERVA engine - Vol. 3
Bell, J. R.↗
An extension of Frost's mixture rule to include the effects of multiple ionization on electrical conductivity - Application to equilibrium air at 3000 to 28,000 K
Expressions for electrical conductivity of plasmas applied to equilibrium air at 3000 to 28,000 K
Source record↗
Reduction of mutual coupling using perfectly conducting fences
Thin perfectly conducting fences used to reduce mutual coupling of two parallel plane waveguides
Mailloux, R. J.↗
High velocity impact tests conducted with polyethylene terephthalate projectiles and flexible composite wall panels
High velocity impact tests conducted with polyethylene terephthalate projectiles and flexible composite wall panels
Williams, J. G.↗
A non-protruding conductivity probe system for reentry plasma diagnostics
Rugged nonprotruding RF coil conductivity probe system for reentry plasma diagnostics
Aisenberg, S.↗
Prediction of the thermal conductivity anomaly of simple substances in the critical region
Anomalous behavior model for prediction of thermal conductivity of fluids in critical region
Baron, A.↗
Lunar electrical conductivity from Apollo 12 magnetometer measurements - Compositional and thermal inferences
Determination of lunar electrical conductivity profile from joint power spectral density analysis of data from Apollo 12 and Explorer 35 magnetometer data
Colburn, D. S.↗
Flexible conductive disc electrode Patent
Dry electrode design with wire sandwiched between two flexible conductive discs for monitoring physiological responses
Ramme, F. B.↗
Method and apparatus for varying thermal conductivity Patent
Method and apparatus for adjusting thermal conductance in electronic components for space use
Lindberg, J. G.↗
Integration of the three dimensional heat conduction equation
Numerical integration of steady state heat conduction equations representing diurnal variations in upper atmosphere
Harris, I.↗
Thermal scale modeling of a spacecraft radiator with coupled forced convection- conduction-radiation heat transfer Annual report
Design and development of spacecraft radiator using forced convection, conduction, and radiation for heat transfer under steady state conditions
Colvin, D. P.↗