Construction and evaluation of a nude fast-response cold-cathode ionization gage
Construction and evaluation of nude fast-response cold cathode ionization gauge for pressure measurement
IONIZATION GAUGE↗
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Cold cathodes for He-Ne gas lasers.
Aluminum cold cathodes for helium-neon gas laser discharge tubes, giving graphs of pressure and power output vs time
Haldemann, P.↗
Research and development program on cold cathode magnetron ultrahigh vacuum gage
Mathematical models for cold cathode magnetron ultrahigh vacuum gage
Oman, R. M.↗
Very-low-frequency plasma oscillations in a spherical, magnetized, cold cathode discharge
VLF plasma oscillations in spherical magnetized cold cathode DC discharge, determining frequency relationship to current/voltage, gas pressure, magnetic field strength and cathode diameter
Quinn, R. G.↗
Development of cold cathode ionization gauges for space vehicles. part i- research and development final report
Magnetron type cold cathode ionization gauge characteristics for space vehicles
MAGNETRON↗
Cold cathodes for possible use in 6328 angstrom single mode He-Ne gas lasers
Aluminum cold cathodes for single mode helium neon gas lasers
COLD CATHODE↗
Development of a low-noise, cold-cathode traveling-wave tube monthly progress report no. 3, 31 oct. - 30 nov. 1964
Cold cathode for installation as electron beam source in ultralow noise traveling wave tube
TRAVELING WAVE TUBE↗
Development of a low noise, cold-cathode traveling-wave tube Final report, 25 Jun. 1964 - 31 Aug. 1965
Traveling wave tube utilizing cold cathode electron source
TRAVELING WAVE TUBE↗
Research on Cold Cathodes First Quarterly Report, 14 May - 14 Aug. 1965
Application of gallium phosphide crystals for hot-electron cold cathode research - life tests for silver-barium oxide phototubes - surface film, semiconductor, and vacuum requirements
HOT ELECTRON↗
Research on cold cathodes Second quarterly report, 14 Aug. - 14 Nov. 1965
GaP/tungsten and GaP/platinum diode and tungsten/barium oxide phototube fabrication and testing in cold cathode study
DIODE↗
Research on cold cathodes Third quarterly report, 14 Nov. 1965 - 14 Feb. 1966
Electrical measurements on GaP/Pd diodes and Pd/BaO and Ni/BaO photoelectric work functions in cold cathode study
ELECTRIC MEASUREMENT↗
Cold cathode gage experiment (lunar-atmosphere detector)
A preliminary evaluation of the cold cathode gage experiment which was included in the ALSEP to determine the amount of gas present on the lunar surface is reported. The instrument, electronic circuitry, and deployment are described. The preliminary results are summarized and include temperature history, and variations in gas concentration detected after deployment.
Johnson, F. S.↗
Tunnel emission cold cathodes
Vacuum chamber characteristics and tungsten, tungsten oxide, gold tunnel junction fabrication for tunnel emission cold cathodes
TUNNEL CATHODE↗
Cold cathode gauge development Final report, 29 Apr. 1965 - 20 Dec. 1966
Characteristics of magnetron type cold cathode ionization gages
Kreisman, W. S.↗
A cold cathode ion source mass spectrometer employing ion counting techniques
Design and construction of mass spectrometer using cold cathode source of ions, quadrupole mass analyzer, and ion counting detectors
Blum, P.↗
Investigations of low frequency oscillations in a spherical, cold cathode discharge in the presence of a dipolar magnetic field
Low frequency oscillation measurements on spherical magnetized cold cathode direct current discharge by plasma probes
Nisbet, J. S.↗
Construction of a breadboard electronics system for a light weight cold cathode quadrupole mass spectrometer Final report, 11 Dec. 1967 - 10 Oct. 1968
Construction of breadboard electronic system for cold cathode quadrupole mass spectrometer
Roehrig, J. R.↗
CO2 laser cold cathode research results
The construction and processing of four test lasers are discussed, and the test results are assessed. Tests show that the best performance was obtained from cathodes made from internally oxidized Ag-Cu alloys or pure Cu. Due to the cold cathode technology developments, sealed-off 1 w CO2 lasers with gas volumes of only 50 cu cm were duplicated, and have performed satisfactorily for more than 6000 hours.
Hochuli, U.↗