Production of superheated hydrogen plasma using induction heating of cold plasma and dc plasma enhancement
Production of superheated hydrogen plasma by induction heating of cold plasma and direct current plasma enhancement
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Production of superheated hydrogen plasma by induction heating of cold plasma and direct current plasma enhancement
Performance tests of single ceramic protected metallic accelerator grid for direct current electron bombardment thrustor
Construction of brush cathode direct current glow discharge tube and general properties measured by Langmuir probe
P- and n-type silicon spectral emissivity measured at several temperatures and wavelengths for carrier concentrations and direct current resistivities
Molybdenum disulfide lubricant film is deposited on two substrates, niobium and nickel-chromium alloys, by means of physical direct-current sputtering. The sputtering system uses a three-electrode /triode/ geometry - a thermionic cathode, an anode, and the target, all enclosed in a vacuum chamber.
Design and performance of prototype direct current converter for space vehicle television transmitter
Electrical properties of direct current compact arc in argon under varying pressures, amperages, and electrode spacing
Chemical mechanism of alternating and direct current electrodeless discharges
Design and performance of ultrahigh vacuum system for direct current sputtering electrodes
Direct current biased photoconductive detectors for reception of wideband carbon dioxide laser signals
P- and n-type silicon spectral emissivity measured at several temperatures and wavelengths for carrier concentrations and direct current resistivities
Induction-heated plasma torch operates with an input of 1 Mw of direct current of which 71 percent is transferred to the plasma and the remainder is consumed by electrical losses in the system. Continuous operation of the torch should be possible for as long as 5,000 hours.
Sputtering technique uses pulsed high voltage direct current to the object to be plated and a radio frequency sputtered film source. Resultant film has excellent adhesion, and objects can be plated uniformly on all sides.
Tests indicate that electric detonator simulators of the exploding bridgewire type will not fire as a result of the application of a direct current power of one watt for 5 minutes. The detonator also will not fire if the protective gap fails and the firing stimulus is inadvertently applied.
Design and fabrication of prototype precision direct current amplifier
Evaluation of magnetic materials for static inverters and converters, tested under square wave excitation and direct current excitation
Direct current voltage amplifier utilizing principles of servo system for gain stability
Balanced bridge circuit, supplied with low-voltage direct current and connected to a readout device, measures remaining brush material, rate of brush wear, armature runout, and brush signature.