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
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Combined conduction, convection, and radiation effects on heat transfer of participating gases in internal flow
Shock tube thermochemistry tables for high temperature gases
Space electric rocket test thruster performance with xenon, krypton, argon, neon, nitrogen, helium, and carbon dioxide ion source gases and magnetic spectroscopy of ion emissions
Latitudinal density distribution of gases in upper atmosphere
Using miniature pigs for analysis of altitude decompression sickness and relative decompression hazards of various cabin atmospheres of inert gases
Acoustic instability driven by thermal radiation absorption in extremely high temperature gases
Stability of plane vortex sheet between gases exchanging heat by radiation applied to gas core in coaxial jet nuclear rocket
Primordial trapped planetary noble gases and solar isotopic ratios in separated meteoritic minerals from Orgueil carbonaceous chondrite
Ionized gases quantum transport cross sections and collision integrals, considering energy and temperature ranges for attractive and repulsive screened Coulomb potentials
Water vapor condensation effects on methane-air combustion gases for aerodynamic test medium
Computer program for selected gases outgassing rates calculation, tabulating and plotting for NERVA fuel elements gas evaluation
Bibliography and review of noble gases isotopic abundance in meteorites and lunar material, considering cosmic ray interactions, radiation ages and extinct radionuclides
Venous and arterial blood gases in hibernating and normothermic ground squirrels, showing venous oxygen and carbon dioxide partial pressures reduction in hibernation
Collision rates in photon and relativistic particle gases, noting importance for cosmic radio and X ray sources processes calculations
Inert gases release from breccia 10065 by lunar rock vacuum crushing at room temperature, suggesting breccia formation from gas-rich parent materials
Radioactive rare gases and tritium in Apollo 12 lunar rocks and in sample return container, noting relationship to solar flare event
Indigenous gases and hydrolyzable carbon compounds in Apollo 11 and 12 samples through gas chromatographic and mass spectrometric examination, noting meteoritic impact and solar wind implantation as probable origins
Ideal gases and binary monatomic gas mixtures heats of transport derivation from kinetic theory expressions for thermal transpiration