An ultra-low frequency electromagnetic wave force mechanism for the ionosphere
Ultra-low frequency electromagnetic wave force mechanism for ionospheric anomalies
VERY LOW FREQUENCY↗
SEARCH · Engineering Papers
Results for “Wave mechanics”
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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Waves in bars of mechanically unstable materials.
Waves in bars of mechanically unstable materials discussing differential equation of motion, jump conditions, wave velocity and application to annealed aluminum
ELASTIC BAR↗
Waves in bars of mechanically unstable materials.
Waves in bars of mechanically unstable materials, discussing differential equation of motion, jump conditions, wave velocity and application to annealed aluminum
ALUMINUM↗
On the inversion of eigenvalue problems
Orthogonal function and wave equation of inverse scattering problem in quantum mechanics
QUANTUM MECHANICS↗
Different Screening Constants for Different Physical Properties, I
Wave functions with embedded screening constants for quantum mechanical ground state calculations on two-electron atom with nuclear charge
GROUND STATE↗
Linear and nonlinear mechanisms of brain-wave generation.
EEGs of monkeys stimulated cyclically by whole- body vibration, plotting coherence functions relating brain records to acceleration records
ACCELERATION STRESS↗
Kinetic model of Tonks-Dattner resonances in a positive column.
Kinetic model of Tonks-Dattner absorption resonances in plasma positive column providing plasma wave reflection mechanism
PLASMA RESONANCE↗
Path-integrals in dynamics
Path integrals in dynamics - quantum mechanics and classical wave motion in one dimension
CLASSICAL MECHANICS↗
Acoustic wave analysis
The primary mechanism for generation of acoustic waves in a centrifugal pump, due to the rotor/stator interaction, is an unsteady source at the entrance of the blade row as represented by the unsteady velocity field. The amplitudes of wave generated by pressure loading on the blades and by velocity boundary condition are compared.
Jackson, E. D.↗
Sea level and tsunamis
Spacecraft and satellite observations by high resolution optical photography or radar imagery to obtain information about wave coupling mechanism for predicting height of tsunamis
SATELLITE-BORNE RADAR↗
Constrained-variation method in molecular quantum mechanics - Comparison of different approaches.
Constrained variation method in molecular quantum mechanics, presenting wave function, degree of constraint and energy loss values for lithium hydride molecule
QUANTUM MECHANICS↗
Partial wave theory of diatomic molecules. ii.
Wave function expansion of diatomic molecules in series of orbital angular momentum eigenfunctions
ORBITAL MOTION↗
Low-energy atomic collisions. I - The Schroedinger equation for H super plus -H.
Low energy atomic collisions, considering Schroedinger equation for proton interchange
ATOMIC COLLISION↗
Spatial correlation and molecular properties in extended Hartree-Fock calculations.
Spatial correlation and molecular properties in extended Hartree-Fock calculations, deriving first and second order density matrices for ground state of H, Li and F
QUANTUM MECHANICS↗
Nonlinear Waves with a Magnetic Field in the Cosmic Plasma
Solution of two fluid magnetohydrodynamic equations as nonlinear ionic waves providing mechanism for cosmic rays generation and for plasma penetration of magnetosphere
Gintsburg, M. A.↗
Mechanism of generation of pressure waves at flame fronts
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Chu, Boa-Teh↗
Perturbation theory of the constrained variational method in molecular quantum mechanics.
Energy minimization for trial wave function constrained to give expectation value of operator
PERTURBATION THEORY↗
A mechanism for magnetic enhancement of sound- wave generation and the dynamical origin of spicules.
Magnetic enhancement of sound wave generation and application to dynamical origin of spicules
SOLAR MAGNETIC FIELD↗