Diabatic and adiabatic representations for atomic collision problems.
Coupled equations for heavy particle motion expressed by introducing generalized matrix operator for effective momentum in atomic collision problems
Smith, F. T.↗
Engineering topics
Smith, F. T.
Publications and source records attributed to Smith, F. T..
Heavy particle collisions.
Diatomic heavy particle collisions with emphasis on epithermal energy range, discussing elastic scattering and inelastic processes
Smith, F. T.↗
Heavy particle collision spectroscopy
Heavy particle spectroscopy, deducing collision parameters from empirical observations
Smith, F. T.↗
Heavy particle collisions
Diatomic heavy particle collisions and elastic scattering and inelastic processes involving electronic excitation, ionization, and charge transfer or electronic energy
Smith, F. T.↗
Recent progress in atom-atom collision theory.
Atom-atom collision theory, comparing velocity criterion for inelastic scattering, Massey parameter and Landau-Zener parameter
Smith, F. T.↗
Collision spectroscopy. I.
Scaling law derived from small angle scattering theory, interpreting data in spectroscopic manner to deduce potentials and interactions between electronic states
ELECTRON STATE↗
Potentials for He plus Ar and He plus plus Ne deduced from elastic scattering data
Replotted data for elastic scattering of helium ions on neon and argon
Smith, F. T.↗
Impact expansions in classical and semiclassical scattering.
Impact expansions and interference patterns in atomic scattering theory for cases of forward scattering, backscatter, inversion problem and screened Coulomb potential approximation
SERIES EXPANSION↗
Perturbation induced in elastic scattering by crossing of molecular states.
Perturbation effects in differential elastic ion- atom scattering generated by crossing of molecular states from even potentials
PERTURBATION THEORY↗
Theory of elastic differential scattering in low-energy He super plus plus He collisions.
Elastic differential scattering in low energy helium ion collisions, discussing quantal and secondary interference and two-state theory
MOLECULAR SPECTROSCOPY↗
Effect of nuclear symmetry in ion-atom scattering.
Nuclear symmetry effect on oscillations of elastic differential scattering of helium ion-atom resonant charge exchange
NUCLEAR STRUCTURE↗
Classical and quantal scattering. i - the classical action.
Spherically symmetrical classical scattering theory shows dependence on phase shift through appearance in quantal formulas for scattering amplitude and total cross section
MOLECULAR THEORY↗
Classical and Quantal Scattering. I - the Classical Action
Classical and quantal scattering - classical action
SCATTERING↗
Application of dynamic programming to optimizing the orbital control process of a 24 hour communication satellite
Optimization of 24-hour communication satellite orbital control process
SATELLITE ORBIT↗
THE APPLICATION OF DYNAMIC PROGRAMMING TO OPTIMIZING THE ORBITAL CONTROL PROCESS OF A 24-HOUR COMMUNICATION SATELLITE
Application of dynamic programming to optimizing the orbital control process of a 24-hour communications satellite
ORBITAL TRANSFER↗
A SET OF TWO-BODY ORBITAL PARAMETERS USEFUL FOR NEARLY CIRCULAR ORBITS AND SOME RELATED EQUATIONS
Description of a set of two-body orbital parameters useful for nearly circular orbits
ORBIT CALCULATION↗
THE APPLICATION OF DYNAMIC PROGRAMMING TO OPTIMIZING THE ORBITAL CONTROL PROCESS OF A 24-HOUR COMMUNICATION SATELLITE
Dynamic programming to optimize orbital control in a 24-hour communication satellite
SATELLITE CONTROL↗
A SYMMETRIC REPRESENTATION FOR THREE-BODY PROBLEMS. I. MOTION IN A PLANE
Three-body problem - a symmetric representation - motion in a plane
PLANE↗