A new vlf phenomenon- whistlers trapped below the protonosphere
Very low frequency whistler trapped below protonosphere identified through ground station measurements on Aerobee rocket and Alouette satellite
WHISTLER↗
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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.
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Principles of optical measurements applied to biological growth in the wolf trap.
Wolf Trap device determining growth of microorganisms by measuring intensity of light scattered by organisms
BACTERIOLOGY↗
Suppression of excited species from sputter-ion pump by a zeolite trap.
Zeolite trap of migrating photon radiated by metastable argon atoms from sputter ion pump to ion collector
PHOTON-ELECTRON INTERACTION↗
Cryogenic trap valve has no moving parts
Aluminum-body trap valve with an invar stem keeps cryogenic materials in the liquid state while entering the final component of a system. The valve has no moving parts and is self-actuated and self-monitoring.
Branum, L. W.↗
Cold trap increases sensitivity of gas chromatography
Cold trap concentrates oxygen and argon to determine trace amounts /as low as 0.1 ppm/ in helium by gas chromatography.
Garrard, G. G.↗
Application of Ceramic-Fiber Paper to UHV TRAPS
Alumina-silica ceramic-fiber paper for traps and baffles in ultrahigh vacuum systems
PAPER↗
Impulsive injection of electrons into the earth's inner trapping region from solar cosmic-ray events
Impulsive injection of electrons into earths inner trapping region from solar cosmic ray events
ELECTRON IMPACT↗
Investigation of the energy of charged particles emanating from a magnetic trap during high frequency heating
Energy of charged particles emanating from magnetic trap during high frequency heating
CHARGED PARTICLE↗
Simultaneous trapped electron and magnetic tail field observations.
Satellite measurement of behavior of high latitude energetic electron trapping boundary, noting geomagnetic storm effects
IMP↗
Particles trapped in the potential well behind a mesothermally moving satellite.
Anomalous LF plasma oscillation by particles trapped in potential well behind satellite applied to ionospheric measurements
SATELLITE MEASUREMENT↗
Electronic circuit provides automatic level control for liquid nitrogen traps
Electronic circuit, based on the principle of increased thermistor resistance corresponding to decreases in temperature provides an automatic level control for liquid nitrogen cold traps. The electronically controlled apparatus is practically service-free, requiring only occasional reliability checks.
Turvy, R. R.↗
Trapped radiation detector - Mariner 5
Trapped radiation detector developed for Mariner 5 space probe
Canvel, H.↗
Wolf Trap continuation study Final report
Critical evaluation of light and X ray scatter, conductivity, and fluorescence as part of Wolf Trap extraterrestrial life detector development
Buckendahl, D.↗
Trapped modes in plasma slabs and cylinders
Trapped modes in uniform, cold magnetoplasma slabs and rods
Weil, A. J.↗
Method of Determination of Ion Temperature by the Variations of Satellite Induced Ion Trap Currents and Estimate of the Upper Limit of Ion Temperature at Altitudes of 10,000 Kilometers and Higher According to Data of AES Electron-2
Ion temperature determination by variations of satellite induced ion trap currents - Electron 2 satellite measurements of ion temperatures in ionosphere
Bezrukikh, V. V.↗
Observations of trapped electrons at low and high altitudes
Observations of trapped electrons at low and high altitudes by 1963 38C satellite and Explorer 26 satellite
Arens, J. F.↗
Observations of low energy /approximately 0.5 MeV/ trapped protons with Injun 4
Low energy trapped proton observations with Injun 4 satellite
Krimigis, S. M.↗
Temporal variations of the 100 keV trapped protons observed on satellite Explorer 26 during first half of 1965
Temporal variations of 100 keV to 1700 keV trapped protons from data recorded by scintillation counter on Explorer 26 - Jan. 29, 1965 - June 29, 1965
Davis, L. R.↗