Reflections of electron beams in thermionic diodes.
Backscattering due to collisions for electrons from emitter accelerated through positive ion sheath into plasma in thermionic diodes
Morris, J. F.↗
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Photosensitive barium titanate Schottky diodes.
Observation of photocurrents generated in Schottky barrier diodes on barium titanate, suggesting practical utility of photon-to-electron conversion efficiencies
Sawyer, D. E.↗
Fixed-space planar thermionic diode with collector guard ring.
Fixed space planar thermionic diode with collector guard ring for studying various emitter materials, measuring emitter temperatures
Speidel, T. O.↗
Isothermal diode '68.
Isothermal diode as study basis for internal complex controlling thermionic energy conversion
Morris, J. F.↗
A SiC backward diode.
High performance silicon carbide backward diode, discussing device design and operational characteristics
Farrell, R.↗
A semiautomatic test set for in-circuit testing of diodes.
In-circuit diodes testing by semiautomatic low current regulated voltage test set
Lutz, O. P.↗
Uninsulated in-core thermionic diode concept.
Uninsulated in-core thermionic reactor design permitting diode series connections to build output voltage
Davis, J. P.↗
Pre-ignition and ignition characteristics of cesium thermionic diodes.
Preignition volt-ampere curves for thermionic cesium diodes exhibiting nonsaturation characteristics under low temperature and electron-rich emission conditions
Shimada, K.↗
Properties of GaP Schottky barrier diodes at elevated temperatures.
Gallium phosphide Schottky barrier diodes, discussing construction and metals used, barrier height relationships to impurity concentration and temperature, rectifying characteristics and internal quantum efficiency
Nannichi, Y.↗
Optimum design of germanium microwave backward diodes.
Germanium microwave backward diodes optimum design and performance prediction through computer calculation for important parameters
Hopkins, J. B.↗
Ohmic diode
Process produces linearly responding surface barrier diodes. Hydrogen-fired, conducting strontium titanate crystals provide linear characteristics. The process uses space charge potentials and depletion layer phenomena to achieve conduction and insulation.
Aegerter, S.↗
Characteristics of step-recovery-diode frequency multipliers
Investigation into the uses of step-recovery diodes /SRD's/ leads to the development of necessary circuitry for using fast current-switching capabilities of SRD's in frequency multiplication, the design of solid-state X-band transmitters employing SRD multipliers, and the use of SRD multipliers in a phased-array receiving antenna.
Source record↗
The development and fabrication of a power Schottky diode Final report, 28 Jun. 1968 - 15 Aug. 1969
Design and fabrication of high current Schottky diode
Heymann, H.↗
A miniature electromechanical tunnel diode transducer
Miniature electromechanical tunnel diode transducer
Garfein, A.↗
Effects of reactor radiation on 4.7-volt silicon voltage-regulator diodes
Radiation effects on silicon voltage regulator Zener diodes for nuclear space power systems
Kroeger, E. W.↗
Reliability study on Zener diodes used in the Saturn program Final technical report, Jun. 1966 - Feb. 1968
Nondestructive test methods for Saturn program Zener diodes evaluated to develop screening procedures for potential failures
Boltz, W. D.↗
Effects of nuclear radiation on a high reliability silicon power diode. 2 - Analysis of forward electrical characteristics
Changes in forward electrical characteristics due to nuclear radiation in power diodes
Been, J. F.↗
Tunnel diode switching delay
Approximative solution for tunnel diode switching delay function
Bilinskii, I. YA.↗