Thermal conductivity of shock-heated argon.
Shock heated argon thermal conductivity studied by optical interferograms, deriving equation for measured mean value
Bershader, D.↗
Engineering topics
Devoto, R. S.
Publications and source records attributed to Devoto, R. S..
Transport coefficients of partially ionized krypton and xenon.
Partially ionized Kr and Xe transport coefficients for various pressures and at high temperatures computed on basis of charged particle cross sections
Devoto, R. S.↗
Transport coefficients of partially ionized hydrogen.
Partially ionized hydrogen transport coefficients, using expressions containing collision integrals for charged particles
Devoto, R. S.↗
Transport Coefficients of Partially Ionized Helium
Partially ionized He in chemical equilibrium at various pressures and temperatures, deriving transport coefficients with Chapman-Enskog- Burnett method
Devoto, R. S.↗
Fifth and sixth approximations to the electron transport coefficients.
Electron transport coefficients of partially ionized argon extended to 5th and 6th Chapman-Enskog-Burnett approximations
Devoto, R. S.↗
Thermal conductivity of shock-heated argon.
Mach-Zehnder interferometer used to determine thermal transport of ionized gases by measuring boundary layer and electron density profiles
Bershader, D. B.↗
Third approximation to the viscosity of multicomponent mixtures.
Additional matrix elements necessary for third approximation to viscosity of multicomponent gas mixtures
Devoto, R. S.↗
Simplified expressions for the transport properties of ionized monatomic gases.
Theoretical expressions for transport properties of ionized monatomic gas mixture within Chapman-Enskog-Burnett method framework
Devoto, R. S.↗
Shock Tube Study of the Thermal Conductivity of Argon
Analysis of end-wall thermal boundary layer behind reflected shock to determine thermal conductivity of argon over temperatures 3150 to 9225 K
THERMAL BOUNDARY LAYER↗
Transport coefficients of partially ionized argon.
Properties of partially ionized Ar computed via Chapman-Enskog-Burnett expressions noting ambipolar diffusion coefficient, electron-atom momentum, electrical and thermal conductivity, etc
TRANSPORT COEFFICIENT↗
A new method for computing the electrical conductivity of weakly ionized gases.
Ionized gas electric conductivity computation avoiding slow convergence of Sonine polynomial expansion
Devoto, R. S.↗
Convergence of the approximations to the electrical conductivity of helium and xenon.
Helium and xenon electrical conductivity ratios approximations convergence in chemical equilibrium using Sonine polynomial
Devoto, R. S.↗