Characteristics of a thermionic converter with a chloride-vapor-deposited tungsten emitter and a nickel collector.
Characteristics of thermionic converter with chloride vapor deposited tungsten emitter and nickel collector
Wilson, V. C.↗
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Integrated circuit with multiple collector current source
Integrated circuit with multiple collector current source achieves the equivalent of a large number of resistors in a small area. Functional equivalents of a transistor reduce the size requirement for low power integrated circuits, providing an efficient alternative to the conventional diffused resistor process in integrated circuit fabrication.
Hellstrom, M. J.↗
Characteristics of a thermionic converter with a chloride vapor deposited tungsten emitter /110/ and a nickel collector
Thermionic coverter with chloride vapor deposited tungsten emitter and nickel collector
Podkulski, S. P.↗
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.↗
Gauge comparison study of the magnetron, buried collector, bent-beam, and nude modulated Bayard-Alpert gauges.
Bent beam ionization gage linearity from calibrated nude Modulated Bayard-Alpert /MBA/ gage, discussing buried collector and tabulated magnetron gages
Lassiter, W. S.↗
Operation of a thermionic converter with a /112/ to /114/ oriented tungsten emitter and a niobium collector with oxygen present
Thermionic converter operation with 112 to 114 oriented tungsten emitter and niobium collector with oxygen
Podkulski, S. P.↗
Characteristics of a thermionic converter with a chloride vapor deposited tungsten emitter /110/ and a collector of molybdenum deposited on niobium
Performance characteristics of parallel plane, variable spaced thermionic converter with tungsten emitter and molybdenum-niobium collector
Podkulski, S. P.↗
Multistage depressed electrostatic collector for magnetically focused space borne klystrons Final report
Multistage depressed electrostatic collector for magnetically focused spaceborne klystrons
Mihran, T. G.↗
Analytic study of a depressed collector for linear beam microwave amplifiers Final report
Analytic evaluation of depressed collector for linear beam microwave amplifiers
Mihran, T. G.↗
A novel, axisymmetric, electrostatic collector for linear beam microwave tubes
Mathematical model for depressed beam collector of traveling wave tube
Kosmahl, H. G.↗
Ionization vacuum gauge with all but the end of the ion collector shielded Patent
Describing hot filament type Bayard-Alpert ionization gage with ion collector buried or removed from grid structure
Clay, F. P., Jr.↗
Performance of a ten-stage electrostatic depressed collector for klystrons
Computational method for determining performance of ten stage electrostatic depressed collector for klystrons
Mihran, T. G.↗
Evaluation of novel depressed collector for linear-beam microwave tubes
Evaluation tests to demonstrate feasibility of increasing efficiency of linear beam microwave tubes using novel depressed collector
Alexovich, R. E.↗
Multistage depressed collector investigation for traveling-wave tubes Final report
Methods for analyzing multistage electron beam collector schemes, with and without transverse magnetic fields, for traveling wave tubes
Tammaru, I.↗
Correlation expression for the performance of an etched-rhenium emitter, niobium collector, cesiated thermionic converter
Numerical analysis of relationship between current, voltage, emitter temperature, and collector temperature of cesiated thermionic converter
Breitwieser, R.↗
Performance of a modified buried collector gauge
Modified buried collector gauge performance over He pressure range, determining sensitivity dependence on filament geometry
Beitel, G. A.↗
High power electrical breakdown tests of cracked-insulator collector sheaths with flowing liquid metal coolant
Breakdown voltage and high power tests for pressure bonded collector sheath tubes with cracked alumina insulators and flowing liquid metal coolant
Danko, J. C.↗