Comments on ''Turbulent shock waves in plasmas.''
Critical study of Tidman model for turbulent electrostatic shock wave structure in plasmas, noting velocity distribution function role
Biskamp, D.↗
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Results for “Distribution function”
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.
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Fluctuations in monatomic gases.
Fluctuation spectra of monatomic gases, using two time probability distributions for distribution function autocorrelations
Montgomery, D.↗
The supersonic leading edge problem according to the ellipsoidal model.
Supersonic leading edge problem using nonlinear Boltzmann equation with ellipsoidal model, calculating molecular distribution functions for flow field
Huang, A. B.↗
On the structure of the boundary layer separating a neutral anisotropic plasma from a magnetic field.
Boundary layer separating collisionless plasma from one dimensional magnetic field for anisotropic particle velocity distribution functions, preserving charge neutrality in boundary layer
Cohen, I. M.↗
On getting close to but not beyond a boundary.
Optimal rule for decision to stop or continue observation of random variables after observing sequence of variables with continuous distribution function
Derman, C.↗
The effect of finite Larmor radius on the perturbation flow mixing of a collisionless plasma
Finite Larmor radius effects on collisionless plasma perturbation flow mixing in velocity distribution functions
Morioka, S.↗
A critical analysis of the Grad approximation for closing out the magnetohydrodynamic equations for plasmas
Error analysis on moment distribution functions of magnetohydrodynamic plasma equations
Meador, W. E.↗
Theory of stability of large amplitude periodic /BGK/ waves in collisionless plasmas
Stability theory of large amplitude periodic BGK waves in collisionless plasmas using distribution functions
Goldman, M. V.↗
Particle diffusion in degenerate, ionized gases
Particle diffusion distribution function of two component ionized degenerate gas from Boltzmann transport equation, giving tables for various spin and mass ratios
Rosen, L. C.↗
The effect of collective interactions on the electron-scattering opacity of stellar interiors
Collective interactions effect on electron scattering opacity in stellar interiors, using Debye-Huckel radial distribution function and neglecting collisions
Watson, W. D.↗
Kinetic theory of the rarefied supersonic flow over a finite plate
Kinetic theory of rarefied supersonic flow over finite plate, calculating molecular velocity distribution functions for flowfield
Huang, A. B.↗
Electrical conductivity of a collisionless magnetoplasma in a weakly turbulent magnetic field
Electrical conductivity of collisionless magnetoplasma in weakly turbulent magnetic field, using quasi-linear approach for diffusion equation for distribution function describing test particles
Newman, C. E.↗
Departures from Jeans' escape for H and He in the earth's atmosphere
Jeans escape rate error for atmospheric H and He attributed to perturbed velocity distribution function, using realistic atom-atom elastic scattering cross sections
Brinkmann, R. T.↗
The transport properties of partially ionized argon
Transport properties of partially ionized argon based on electron velocity distribution function, comparing to Chapman-Enskog calculations
Mason, E. A.↗
Transport properties of partially ionized argon
Partially ionized Ar transport properties, computing electron velocity distribution function as perturbation for Lorentzian mixture
Mason, E. A.↗
Peak structural response to nonstationary random excitations
Study establishes distribution function of peak response values, based on frequency interpretation. Excitations considered include impact loading on landing gears and aircraft gust loading. Because of relative severity of excitations, prediction of fatigue and maximum response characteristics is important part of task of structural analysis and design.
Shinozuka, M.↗
Electron Heating Processes in the Middle Ionosphere
Equilibrium distribution functions for electrons in ionospheric plasma calculated for energy interval of 0 to 15 eV utilization data collected in pulse probe experiment
Chang, T. C.↗
Reliability testing and demonstration of aero space problems
Reliability testing of aerospace problems including sampling, distribution functions, and accelerated life tests
Lalli, V. R.↗