Measurement of the thermal conductivity of noble gases in the temperature range 1500 to 5000 deg Kelvin.
Thermal conductivity of Ar, Ne and Kr from 1500 to 5000 degrees K
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Thermal conductivity of Ar, Ne and Kr from 1500 to 5000 degrees K
Optical excitation due to impact of very slow helium ions on Ar and Kr attributed to transfer of kinetic energy into internal electron energy
Exciton and impurity states in Kr and Xe crystals and in rare-gas solids containing Xe impurity calculated by pseudopotential theory
Concentration dependent Q and D type transitions of HCl in Ar, Kr and Xe solids, noting sites of dimers
Ne, Ar, Kr and Xe photoionization cross sections determined by measuring ejected electron kinetic energies with spherical retarding potential analyzer
Excitation cross section for double ionized states of Ar, Ne and Kr due to fast electron impingement on neutral atom
Partially ionized Kr and Xe transport coefficients for various pressures and at high temperatures computed on basis of charged particle cross sections
Cosmic ray produced radionuclides and rare gas isotopes from Saint-Severin meteorite surface, showing relative Kr spallation mass yields dependence on cosmic ray energy spectra
Detection of metastable He, H, Ne, Ar, Kr, Xe and molecular nitrogen with continuous channel electron multipliers
Electromagnetic torsion balance measurement of forces exerted on clean Au surfaces by monoenergetic steady state Ar and Kr beams, calculating thermal accommodation coefficients
White light laser construction using Ar-Kr laser with suitable mixture and pressure of gases to provide equal output intensities of red, yellow, green and blue
Spectral radiation and polar distribution from high power Ar, Kr and Xe arcs
Apollo 11 lunar fines, breccia and crystalline rocks rare gas data, emphasizing trapped and spallation Ne, Kr and Xe isotopic compositions
Hydrogen, N, O, Kr methane and carbon dioxide gas chromatographic examination, discussing life detection device for Mars landing
Upper stratosphere and mesosphere concentrations of Ne, Ar, and Kr from rocket-borne cryogenic air sampler
He excitation by He, Ne, Ar and Kr collisions, calculating first Born wave cross section
CW ion laser transitions in Ar, Kr and Xe, tabulating threshold data
Xe and Kr isotopes gas extraction and mass spectrometer analyses of Apollo 11 lunar soil, Murray carbonaceous chondrite and atmospheric Xe