Collision integrals for high temperature gases.
Collision integrals for high temperature gases calculated for high order potentials
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Collision integrals for high temperature gases calculated for high order potentials
Refractory metals interactions with gases in vacuum and inert gas environment, noting temperature and pressure effects on reactions, extent and kinetics
Automatic equipment for sampling and preparing gases by dual column gas chromatography for subsequent mass spectral analysis of carbon isotopes during methane metabolism
Frictional forces and collision frequencies for ions moving in neutral gases
Collisionally induced microwave absorption by nonpolar gases, discussing dimer absorption
Nongray radiation effects on compressible turbulent free jet mixing of nonsimilar gases, using stepwise spectral absorption coefficient and Beer law
Kodaikanal iron meteorite measurements for cosmogenic rare gases and K-Ar isotopes ages for glass inclusions
Nonpolar gases solubilities in aqueous KOH solutions in temperature range 25 to 100 C, noting activity coefficients, salting out coefficients and heats of solution
Slow charged products of charge exchange collisions by ions in molecular gases, comparing kinetic energies during various reactions
Fluctuation spectra of monatomic gases, using two time probability distributions for distribution function autocorrelations
Compressible turbulent accelerating boundary layer flow model for convective heat transfer from rocket combustion gases, noting heat flux
Surface pressure and heat transfer over blunt conical body in hypersonic flow with uniform mass addition of various gases
Viscosity, thermal conductivity and diffusion predicted for dilute nonpolar, polar and mixed gases, discussing methods for rotational relaxation collision numbers and resonant correction
Elastic electron scattering by metastable states of rare gases, using effective potential matching experimental binding energy of negative ions
Ultrasonic pulse method /1 to 3 MHz/ measures both sound speed and absorption in monatomic and polyatomic gases in a temperature range of 300 to 20000 degrees K at atmospheric pressure. Helium, nitrogen, oxygen, and argon are investigated.
Integrated tables of pressure, volume, and temperature for the saturated liquid, from the triple point to the critical point of the gases, have been developed. Tables include definition of saturated liquid curve. Values are presented in metric and practical units. Advantages of the new tables are discussed.
Filtration system with membrane type hydrophilic and hydrophobic filters gives absolute filtration with automatic venting of freed gases, and prevents backward transmission of contamination with no bacterial growth through the filters. Filter aids in degassing industrial solutions and in removing oxygen from sea water.
Shock tube thermochemistry tables for high temperature gases