Electron mobility transition in a random system of hard-core scatterers
Electron mobility transition in infinite system of random hard core scatterers relation to switching effect in semiconductors
Coopersmith, M. H.↗
SEARCH · Engineering Papers
Results for “mobility”
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Estimated ion mobilities for some air constituents
Ion mobility estimates for air constituents, considering ion-neutral elastic and resonant charge exchange collisions
Mason, E. A.↗
Dislocation mobility in heavily doped silicon single crystals
Dopant effect on dislocation mobility in elastically loaded silicon crystal using internal friction and modulus defect measurements
Carpenter, S. H.↗
Mobile geochemical laboratory system for lunar exploration
Mobile geochemical laboratory for in situ radiation measurement and elemental analyses in lunar exploration
Schmadebeck, R.↗
Preliminary results on 400 fps impact tests of two 2-ft diameter containment models for mobile nuclear reactors
Impact tests of two 2-foot diameter containment models for mobile nuclear reactors
Dallas, T.↗
Goddard Space Flight Center Mobile FM/FM Telemetry Ground Station H capability report, revision 1
Functions and specifications of telemetry and associated equipment, and photographs of mobile FM/FM telemetry trailer, Ground Station H
Karmilowicz, B. F.↗
Design and development of a fixed and a mobile data collection platform
Mobile and fixed data collection platforms for constant level balloons and remote ground locations, for platform-satellite-ground station system
Source record↗
Thermal control for mobile packages in the dusty lunar environment
Dual surface configurations illustrating thermal protection concepts to improve performance of simple radiative surfaces in mobile, dusty, lunar environments
Baker, R. H.↗
Electron beam evaporated high mobility thin films of indium antimonide
Electron beam evaporation and recrystallization of InSb thin films yielding high Hall mobilities
Kim, T. W.↗
Localization in disordered materials - Existence of mobility edges
Disordered materials electronic structure band states localization, examining mobility edges
Cohen, M. H.↗
Ion mobilities with charge exchange
Resonance charge exchange effect on gaseous ions mobility, noting cross sections structure due to resonance and wave interference
Heiche, G.↗
The use of permanent magnets in zero-gravity mobility and restraint footwear concept
Permanent magnets for footwear restraint and mobility in zero gravity spacecraft, testing neutral buoyancy and six degree of freedom simulation effects
Hanger, A. W.↗
Influence of p-n junctions on the mobile charge density in MOS transistors
MOS transistors and bipolar microcircuits mobile charge density, observing p-n junction effects
Schlegel, E. S.↗
Mobile cylindrical magnetic domains in epitaxial garnet films
Epitaxial garnet films magnetic anisotropic models, describing mobile cylindrical domains
Besser, P. J.↗
Thermal noise in space-charge-limited solid- state diodes with field-dependent mobility and hot carriers
Thermal noise in space charge limited solid state diodes with field dependent mobility and hot carriers
Shumka, A.↗
Isotope effect for electron mobility in anthracene
Transient photoconductivity measurements of room temperature electron mobility in deuterated anthracene single crystals, discussing isotope effect
Hermann, A. M.↗
The mobile concept and automated checkout of the Apollo/Saturn V space vehicle
Mobile concept and automated checkout applications in Apollo/Saturn 5 Launch Complex 39, discussing performance
Marshall, J. M.↗
Computer program for afterheat temperature distribution for mobile nuclear power plant
ESATA computer program was developed to analyze thermal safety aspects of post-impacted mobile nuclear power plants. Program is written in FORTRAN 4 and designed for IBM 7094/7044 direct coupled system.
Parker, W. G.↗