Charge transfer in the classical binary encounter approximation
Charge transfer in classical binary encounter approximation
SEARCH · Search NASA
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.
Charge transfer in classical binary encounter approximation
Mean absolute magnitude and space motions of classical cepheids of galactic population I
Charge transfer prediction by classical binary- encounter theory approximation and quantum mechanical approximation
Classical binary approximation for ionization by proton impact
Atomic ionization by proton impact predicted by classical binary encounter approximation compared to experimental data, discussing ionization cross sections
Classical analysis of heat equation and theory of functions of complex variable
Jacobi identity in classical mechanics
Arithmetic correctness as discriminandum in classical and differential eyelid conditioning
Photoelectric observations and light curves of UBVRIJKL system for classical Cepheid variable stars - tables and graphs
Classical and differential eyelid conditioning for truth or falsity of visually presented verbal statements
Classical and differential conditioning of eyelid response with correctness of solutions of arithmetic problems as discriminandum
Atomic collision theory, discussing cross section calculations by Gryzinski classical method, variational methods and Fadeev equations for three particles
Atom-atom collisional excitation cross sections obtained from ionization cross sections, noting Thomson classical theory
Classical Cepheid variables and their spectra, infrared astronomy, and interstellar matter
Vibrational effects in ion-dipole collisions with classical tunneling
Energy accommodation coefficients for He3-W and He4-W, comparing results with classical gas-solid interaction theory
Closed universe classical and quantum dynamics by ADM Hamiltonian treatment of Einstein equations for homogeneous cosmological models
Two point hydrodynamic equation for molecular fluctuations divergent growth in classical shear flow via B-B-G-K-Y procedure and double series moment expansion