INTERNAL STRUCTURE OF THE MOON
Lunar chemical composition, hydrostatic equilibrium, thermal history and material evaporation are considered in a study of the internal structure of the moon
GEOASTROPHYSICS↗
SEARCH · Engineering Papers
Results for “thermal equilibrium”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Ionosphere electron temperature measurements and their implications
Electron temperature and ion density data compared to theories on thermal equilibrium in daytime ionosphere
ELECTRON TEMPERATURE↗
The origin of condensations in planetary nebulae.
Planetary nebula condensation, examining stability of thermal equilibrium
THERMOSTABILITY↗
Arc research, section III
Spectroscopic methods to measure ion and electron temperatures of thermally thin plasma in local thermal equilibrium, spectral distribution of zirconium lamp, and vortex stabilized arc
SPECTRAL ENERGY DISTRIBUTION↗
On the choice of the pre-flare plasma state model
Theoretical solar flare model to satisfy thermal equilibrium conditions in plasma
MATHEMATICAL MODEL↗
Plasma state in a coaxial accelerator.
Electron temperature and density distributions for helium plasma produced in coaxial accelerator measured spectroscopically, checking thermal equilibrium assumption
PLASMA DENSITY↗
On the ionized laminar boundary layer equations.
Ionized laminar boundary layer equations extended to include two temperature ionized gases, calculating equilibrium thermal conductivity
Goldstein, M. E.↗
Quantum correlation function for the noninteracting particle system.
Quantum correlation function for noninteracting n particle system in thermal equilibrium, noting Kirkwood superposition approximation and Hartree-Fock approximation
Jaen, J. K.↗
The center-limb behavior of solar molecular lines.
Solar photosphere molecular lines behavior analyzed by various models, discussing local thermal equilibrium hypothesis validity
Withbroe, G. L.↗
Ion velocity distributions in a partially ionized plasma.
Steady state ion velocity distribution functions for partially ionized gas not in thermal equilibrium, noting small distortion
Banks, P. M.↗
Pair-correlation functions and correlation energies of a quantum electron gas.
Pair correlation functions and energies of quantum electron gas in thermal equilibrium
Broyles, A. A.↗
Nonlocal energy deposition in the ionosphere and the photoelectron escape flux.
Nonlocal energy deposition in ionosphere without thermal equilibrium among neutral, ion and electron gases and photoelectron escape flux
Whitten, R. C.↗
Seasonal and latitudinal variations of the average surface temperature and vertical temperature profile on Mars.
Seasonal and latitudinal variations of average surface temperature and vertical profile of atmospheric temperature on Mars based on thermal equilibrium model
Mariano, J.↗
Diagnostics of accelerating plasma Semiannual progress report, 1 Sep. 1968 - 28 Feb. 1969
Accelerating plasma diagnostics - validity of local thermal equilibrium assumption in electromagnetic shock tubes, and current-sheet velocity in coaxial plasma accelerator
Lie, T. N.↗
Numerical experiments on one-dimensional stellar models
Computer models of one dimensional stellar problems, discussing fast relaxation of unsteady state to Fermi-Dirac distribution and slow relaxation to thermal equilibrium
Feix, M. R.↗
Magnetic flux flow and superconductor stabilization Quarterly report, 1 Oct - 31 Dec. 1968
Critical currents, thermal equilibrium, magnetic flux jumps, and steady state stability of superconductors
Source record↗
Quantum-mechanical relation for a magnetized electron gas
Quantum mechanical relation for magnetized electron gas in constant magnetic field and thermal equilibrium
Canuto, V.↗
Fast response densitometer for measuring liquid density
Densitometer was developed which produces linear voltage proportional to changes in density of flowing liquid hydrogen. Unit has fast response time and good system stability, statistical variation, and thermal equilibrium. System accuracy is 2 percent of total density span. Basic design may be altered to include measurement of other flowing materials.
Source record↗