Study of parametric performance of a two-stage repetitively pulsed plasma engine /REPPAC/
Parametric performance of two-stage repetitively pulsed plasma engine
ENGINE TESTING↗
SEARCH · Search NASA
Results for “COAXIAL ACCELERATOR”
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.
Diagnostics of accelerating plasma Semiannual progress report, 1 Mar. - 31 Aug. 1967
Electric polarity effect in coaxial plasma accelerators - possible mechanism for behavior of current sheet
PLASMA ACCELERATOR↗
Diagnostics of accelerating plasma Semiannual progress report, 1 Sep. 1967 - 29 Feb. 1968
Current sheet velocities measured in coaxial plasma accelerators with and without refractory insulator linings
Chang, C. C.↗
Diagnostics of accelerating plasma Semiannual progress report, 1 Sep. 1966 - 28 Feb. 1967
Electron temperatures, density distributions, and shape of current sheets determined in coaxial plasma accelerators
PLASMA ACCELERATOR↗
Diagnostics of accelerating plasma Semiannual progress report, 1 Sep. 1968 - 28 Feb. 1969
Accelerating plasma diagnostics - validity of local thermal equilibrium assumption in electromagnetic shock tubes, and current-sheet velocity in coaxial plasma accelerator
Lie, T. N.↗
Induction launcher design considerations
New concepts in the design of induction accelerators and their power supplies for space and military applications are discussed. Particular attention is given to a piecewise-rising-frequency power supply in which each elementary generator (normal compulsator or rising frequency generator) has a different base frequency. A preliminary design of a coaxial induction accelerator for a hypersonic real gas facility is discussed to illustrate the concepts described.
Driga, M. D.↗
Some characteristics of a two-stage repetitively fired coaxial gun.
Two-stage repetitively pulsed coaxial plasma engine performance, examining luminous species and their velocities
COAXIAL ACCELERATOR↗
Bounded current sheets.
Plane bounded current sheet formation and structure in coaxial plasma gun based on adiabatic two-fluid model
PLASMA GUN↗
Exhaust of a pinched plasma from an axial orifice.
Exhaust of pinched plasma from axial orifice involves electromagnetic current profile diffraction and thermal expansion of gas column
EXHAUST GAS↗
Exhaust measurements on the plasma from a pulsed coaxial gun.
Ion density and velocity in nitrogen exhaust plasma from pulsed coaxial gun on basis of current measurements
ION DENSITY↗
Analytical and experimental performance of capacitor powered coaxial plasma guns.
Predicted and observed calorimetric exhaust efficiencies of capacitor powered coaxial plasma guns
ELECTRIC PROPULSION↗
Energy storage capacitors for pulsed plasma thrustors.
Energy storage film capacitors for pulsed plasma thrustors developed for coaxial plasma gun and Pulsed Arc Gun
ENERGY STORAGE DEVICE↗
Ejection of a pinched plasma from an axial orifice.
Exhaust of pinched plasma from axial orifice involves electromagnetic current profile diffraction and thermal expansion of gas column
COAXIAL ACCELERATOR↗
Steady state operation of a two-stage pulsed coaxial plasma engine.
Performance characteristics of two-stage pulsed coaxial plasma engine
ELECTRIC PROPULSION↗
Analytical and experimental performance of capacitor powered coaxial plasma guns.
Predicted and observed calorimetric exhaust efficiencies of capacitor powered coaxial plasma guns
COAXIAL ACCELERATOR↗
Energy storage capacitors for pulsed plasma thrusters.
Energy storage film capacitors for pulsed plasma thrustors developed for coaxial plasma gun and pulsed arc gun
ENERGY STORAGE DEVICE↗
Ferromagnetic core valve gives rapid action on minimum energy
Miniature solenoid valve controls propellant flow during tests on a coaxial plasma accelerator. It uses an advanced ferromagnetic core design which meets all the rapid-acting requirements with a minimum of input energy.
Larson, A. V.↗
Injection of plasma into a trap with opposing magnetic fields
Plasma injection from coaxial gun into magnetic trap with opposite fields
MAGNETIC TRAP↗