Calculation of capture cross sections for ion polar molecule collisions involving methyl cyanide
Numerical calculation of capture cross sections between ions and polar molecules
Dugan, J. V., Jr.↗
Engineering topics
Dugan, J. V., Jr.
Publications and source records attributed to Dugan, J. V., Jr..
Capture collisions between ions and polar molecules.
Capture cross sections for collisions between ions and neutral polar molecules, noting permanent dipole effects in case of HCl
Dugan, J. V., Jr.↗
Volume ion production costs in tenuous plasmas - A general atom theory and detailed results for helium, argon, and cesium
General atom theory for volume ion production cost and rate in tenuous plasma having Maxwellian distribution of electron energies - detailed results for argon, cesium and helium gases
ION PRODUCTION↗
The Selection of Simple Model Atoms for Calculations of Electron Density in Nonequilibrium, Low Temperature Cs Plasmas
Free electron number densities calculated for cesium plasmas with low electron energy
Dugan, J. V., Jr.↗
The selection of simple model atoms for calculations of electron density in nonequilibrium, low temperature Cs plasmas.
Simple model atom selection for electron density calculation in low temperature nonequilibrium Cs plasmas
ELECTRON DENSITY↗
The Selection of Simple Model Atoms for Calculations of Electron Density in Nonequilibrium, Low Temperature Cs Plasmas
Simple model atoms for calculations of electron density in nonequilibrium, low temperature cesium plasmas
Dugan, J. V., Jr.↗
Calculation of three-body collisional recombination coefficients for cesium and argon atomic ions with an assessment of the Gryzinski cross sections.
Three-body collisional recombination coefficients calculated for cesium and argon atomic ions, assessing Gryzinski cross sections
ARGON↗
Solution of the Boltzmann and rate equations for the electron distribution function and state populations in nonequilibrium MHD PLASMAS.
Solution of Boltzmann and rate equations for electron distribution function and state populations in nonequilibrium MHD plasmas
ELECTRON DISTRIBUTION↗
Semiclassical approach to capture collisions between ions and polar molecules
Semiclassical approach to capture collisions between ions and polar molecules
IONIZATION CROSS SECTION↗
Solution of the Boltzmann and rate equations for the electron distribution function and state populations in non-equilibrium MHD PLASMAS.
Solution of Boltzmann and rate equations for electron distribution function and state populations in nonequilibrium MHD plasmas
NONEQUILIBRIUM PLASMA↗
Solution of the Boltzmann and rate equations for the electron distribution function and state populations in nonequilibrium MHD plasmas
Solution of Boltzmann, and rate equations for bound electronic states in nonequilibrium magnetohydrodynamic plasma
Albers, L. U.↗
Effects of metastable atoms on volume ion production in a tenuous helium plasma
Excitation and ionization cross sections used to calculate effect of electron-metastable atom interactions on volume ion production processes in steady state helium plasma
HELIUM PLASMA↗
Semiclassical calculation of inelastic cross sections for electron-cesium atomic collisions.
Inelastic cross section calculated semiclassically for electron-cesium atomic collision
INELASTIC COLLISION↗
Energy required for ion production by electron bombardment in helium, argon, and cesium.
Energy cost of ion production for atomic helium, argon and cesium calculated by excitation and ionization cross sections
RARE GAS↗
Semiclassical calculation of inelastic cross sections for electron-cesium atomic collisions
Calculation of inelastic cross sections for electron-cesium atomic collisions
INELASTIC COLLISION↗