Engineering topics
Goldstein, C. M.
Publications and source records attributed to Goldstein, C. M..
An information retrieval system
On-line information and storage retrieval system for IBM 360/67 - users manual
Collisionless cylindrical diode
Current-voltage characteristics of collisionless cylindrical diode with thermionically emitted electrons
Monte Carlo code for solution of planar electron-diode problems including electron- neutral elastic collisions
Monte Carlo code for solving planar electron- diode problems including electron-neutral elastic collisions
Electron flow in low-density argon gas including space-charge and elastic collisions
Monte Carlo method for determining electron flow in low density argon gas including space charge and elastic collisions
Electron flow in low-density argon gas including space-charge and elastic collisions.
Electron flow in low density argon gas diode analyzed by Monte Carlo method
Possible sources of instability in the collisionless thermionic diode
Density distribution cusp effect on stability in collisionless thermionic diode
A single collision model for electron-beam currents between plane electrodes.
Space-charge and potential distributions calculated for region between two plane electrodes of single collision model
A single-collision model for electron-beam currents between plane electrodes
Effect of elastic, hard sphere collisions between electrons of injected beam and natural gas molecules
Monte carlo method for the calculation of transport properties in a low-density ionized gas
Monte Carlo method for calculation of transport properties in low density ionized gas - application to plasma physics
A single collision model for electron-beam currents between plane electrodes.
Collision effect on electron diode current-voltage characteristics for region between two plane electrodes
Numerical integration by gaussian quadrature
Gauss quadrature formula for approximate integration by computer - numerical integration
Computation of electron diode characteristics by Monte Carlo method including effect of collisions.
Consistent-field Monte Carlo method used to calculate electron and ion diode characteristics, including effect of collisions
Limits on collisionless model of thermionic converter.
Limiting potential distributions for ion-rich and electron-rich emission at cathode of gaseous thermionic diode
Computation of electron diode characteristics by monte carlo method including effect of collisions
Electron diode characteristics including effect of collisions calculated by Monte Carlo method
Computation of electron diode characteristics by monte carlo method including effect of collisions.
Consistent field Monte Carlo method calculation for collision effect on electron-ion diode characteristics and for hard sphere electron- neutral collision effect for monoenergetic- thermionic emission
Limits on Collisionless Model of Thermionic Converter
Limits on collisionless model of thermionic converter - volt-ampere characteristics for gaseous thermionic diodes