Theory of an electron trap on a charged spacecraft.
Electron trap behavior on charged spacecraft, obtaining expressions for current to aperture and internal retarding electrodes for all apertures and spacecraft potentials
Parker, L. W.↗
Engineering topics
Parker, L. W.
Publications and source records attributed to Parker, L. W..
Boundary conditions and iterative procedures for plasma sheath problems
Boundary conditions and iterative procedures for plasma sheath problems, using matrix equation to represent differenced Poisson equation
Parker, L. W.↗
Theory of the circular planar /guardring/ Langmuir probe
Computer methods for calculating particle trajectories and current collected by circular planar Langmuir probe mounted in satellite skin
Parker, L. W.↗
Boundary conditions and iterative procedures for plasma sheath problems
Boundary conditions and iterative procedures for plasma sheath problems
Parker, L. W.↗
Theory of a satellite electrostatic probe.
Circular planar satellite electrostatic probe theory based on reversible particle trajectories, showing relation between boundary curve in velocity space and current-voltage characteristics
PARTICLE TRAJECTORY↗
Potential buildup on an electron-emitting ionospheric satellite.
Potential buildup on electron emitting ionospheric satellite, noting limitation on current emission by geomagnetic field
ELECTRIC POTENTIAL↗
Theory of electrostatic planar and spherical probes
Theoretical calculations of currents, particle trajectories, and domain shapes of planar and spherical electrostatic plasma probes
PLASMA PROBE↗
Analytic and computer studies of electron collection by a spherical satellite in the earth's magnetic field
Current collection by spherical satellite in earths magnetic field
MAGNETIC FIELD↗
A computer program for calculating the charge distribution about a space vehicle
Computer program for charge distribution around ionospheric space vehicle
SPACE VEHICLE↗