Thermal relaxation in one- and two-dimensional plasma models
Thermal relaxation rate in one and two dimensional electron plasma models with positive background, using particle in cell simulation
Montgomery, D.↗
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Anelastic and dielectric relaxation of excess vibrational modes in silica
Relaxations from anelastic and dielectric measurements of fused silica and soda-silica glasses at low temperatures ascribed to vibration modes exceeding Debye spectrum
Maccrone, R. K.↗
Dielectric relaxation in strontium titanates containing rare-earth ions
Strontium titanates ceramics containing various trivalent rare earth ions, observing dielectric relaxation
Cross, L. E.↗
Rotational relaxation in polar gases. II
Polar gas rotational relaxation time calculation, comparing volume viscosity and energy equation definitions
Svehla, R. A.↗
Vibrational relaxation measurements of carbon monoxide in a shock-tube expansion wave
CO vibrational relaxation measurements in shock tube expansion wave generated in argon heat bath
Appleton, J. P.↗
Vibrational relaxation studies of the 10/0/0 and 02/0/0 states of shock-heated CO2
Vibrational relaxation measurements of specific carbon dioxide vibrational-rotational states from tunable carbon dioxide laser beam absorption
Bershader, D.↗
Vibrational relaxation measurements of carbon monoxide in a shock-tube expansion wave
Infrared measurement on vibrational relaxation rate of carbon monoxide in argon shock tube wave
Appleton, J. P.↗
Dipole relaxation in a liquid crystal
Dipole relaxation and molecular arrangements in liquid crystals
Baessler, H.↗
Classical relaxation of Br2 molecules in an argon heat bath
Classical relaxation of Br2 molecules in argon heat bath
Razner, R.↗
Vibrational relaxation and radiative gain in expanding flows of anharmonic oscillators
Numerical integration of equations for vibrational relaxation and radiative gain in expanding flows of anharmonic gas oscillators
Mc Kenzie, R. L.↗
Optimum relaxation time for a Maxwell core during forced vibration of a rocket assembly
Optimal relaxation time existence for Maxwell solid cylinder bonded to thin casing during forced vibration of rocket assembly, discussing Voight solid
Sann, R. I.↗
Shock-tube study of vibrational relaxation in nitrogen using pressure measurements
Vibrational relaxation behind incident shock waves in pure nitrogen, using end wall pressure measurements
Baganoff, D.↗
Binary sequences with a relaxed Barker criterion
Binary sequences with relaxed Barker criterion, examining correlation coefficients
Seguin, G.↗
Effect of stress on electron relaxation times in n-type silicon
Stress effects on electron relaxation time anisotropies in n-type Si, using high temperature piezoresistivity model for population transfer rates
Littlejohn, M. A.↗
Shock-wave reflexion in a relaxing gas
Plane normal shock wave reflection in relaxing gas for shock tube endwall upstream and downstream dynamic pressures, using method of characteristics
Hanson, R. K.↗
Calculation of relaxing turbulent boundary layers downstream of tangential slot injection
Turbulent boundary layers calculation downstream of compressible relaxing slot injection flows, using finite difference method based on eddy viscosity model
Bushnell, D. M.↗
Numerical calculation of transonic flow about two-dimensional airfoils by relaxation procedures
Compressible transonic flow about two dimensional airfoils, developing inviscid nonlinear potential equations by relaxation procedures
Lomax, H.↗
Rotational relaxation in polar gases. III - Molecular dynamics
Exponential approximation of rotational relaxation of polar HCl and DCl at 300 and 500 K by molecular dynamics, comparing with perturbation calculations
Dugan, J. V., Jr.↗