New force theorem.
New force theorem for determining molecular energy derivatives with respect to internuclear distance derived from Hellmann-Feynman expression
MOLECULAR ENERGY↗
SEARCH · Engineering Papers
Results for “Wave wave interactions”
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.
Effects of shock-wave impingement on the heat transfer on a cylindrical leading edge
Shock wave impingement effects on heat transfer on cylindrical leading edge
ROUNDED LEADING EDGE↗
An MO theory of the cubic field splitting of 3d5 6S ions in II-IV compounds of Td symmetry
Molecular orbital techniques used to find cubic field splitting 3a of certain ions in periodic group II-VI compounds of T sub d symmetry
HAMILTONIAN↗
Electromagnetic phenomena
Electromagnetic phenomena in various type antennas and arrays - antennas and waves in dielectric conducting and plasma media
DIELECTRIC CONSTANT↗
Steepest descent and the merging of several waves
Analytic description of merging of several waves
WAVE INTERACTION↗
Current distribution and input admittance of an infinite cylindrical antenna in anisotropic plasma.
Current distribution and input admittance of infinitely long cylindrical antenna driven by slice generator and immersed in anisotropic plasma
CURRENT DISTRIBUTION↗
Note on the dissipation of magnetic fields at neutral lines.
Dissipation of magnetic fields at neutral lines in two-dimensional field with two intersecting shocks
MAGNETIC FIELD↗
The evolution of wave correlations in uniformly turbulent, weakly non-linear systems.
Wave correlation evolution in uniformly turbulent weakly nonlinear systems
NONLINEAR SYSTEM↗
A study of the transient flow field ahead of a sphere which has been struck by a normal shock wave
Finite difference method of solving normal shock wave-sphere interaction problem for ideal and real gas flow fields
Barnell, R. W.↗
Heat-transfer measurements in the shock-induced flow separation region in a supersonic nozzle.
Pressure and semilocal wall heat flux measurements in shock induced flow separation region in supersonic nozzle, noting shock waves-flow interaction
Back, L. H.↗
Interaction of magnetoacoustic and entropy waves with normal magnetohydrodynamic shock waves.
Amplitude equations for magnetoacoustic and entropy waves diverging from normal MHD shock, obtaining energy flux ratios associated with incident and transmitted waves
Mckenzie, J. F.↗
Interplanetary shock waves. I - Gross structure.
Interplanetary shock waves structure and evolution, discussing propagation in collision free media by wave-particle interactions
Sonett, C. P.↗
Experiments C02 /OGO 2/ and D02 /OGO 4/ Final report, 2 Nov. 1962 - 31 Jul. 1969
VLF data from OGO 2 and OGO 4 on propagation, wave-particle interactions, and noise in ionosphere and magnetosphere
Angerami, J. J.↗
Unipolar induction in the moon and a lunar limb shock mechanism
Unipolar induction to calculate moon interior electric field profiles, noting magnetic back pressure as limb shock wave and interaction with solar wind
Colburn, D. S.↗
The viscous magnetopause
Magnetopause representation by mixing region of plasma streams with different velocities and magnetic fields, assuming hydromagnetic viscosity caused by wave-particle interactions
Cassen, P.↗
Optical mixing in a magnetoactive plasma
Homogeneous plasma electrostatic oscillations excitation by electromagnetic waves nonlinear interaction in magnetic field, deriving expression for density perturbation
Weyl, G.↗
Microscopic structure of the solar wind
Solar wind microscopic structure, examining interplanetary wave-particle interactions
Scarf, F. L.↗
A weak turbulence analysis of the two-stream instability
Weak turbulence analysis of Maxwellian plasma waves nonlinear interactions effects on two stream instability with Gaussian momentum distribution
Fung, P. C. W.↗