DLTS Measurements of Thin-Oxide MOS Capacitors
Explore the source record for details and available documents.
Ray, Michael↗
SEARCH · Search NASA
Results for “mos”
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.
DLTS Measurements of Thin-Oxide MOS Capacitors
Explore the source record for details and available documents.
Allemang, Christopher Richard [Sandia National Lab↗
Adaptation of a mos sub 2 ''in situ'' process for lubricating spacecraft mechanical components
Adaptation of molybdenum sulfide in situ process for lubricating spacecraft mechanical components
SPACECRAFT COMPONENT↗
Friction variation of ptfe and mos sub 2 during thermal vacuum exposure.
Friction coefficients of polytetrafluoroethylene and molybdenum sulfide-graphite-sodium silicate coatings for space lubrication
TEFLON↗
Low level commutation using mos fet transistors
Metal oxide silicon field effect transistors /MOS FET/ as switching elements for low level commutator
METAL OXIDE SEMICONDUCTOR /MOS/↗
Design, development, fabrication, and delivery of improved MOS transistors Second quarterly progress report, 22 Aug. - 21 Nov. 1965
Causes of instability, high threshold voltage, and gamma radiation sensitivity of metal-oxide silicon transistors
METAL OXIDE↗
Metal Oxide Semiconductor /MOS/ transistor research and development program. Part II - Development of stable complementary MOS FIELD effect transistors Final report, Mar. - Nov. 1965
Simultaneous fabrication of enhancement mode metal oxide semiconductor transistors in epitaxial material
TRANSISTOR↗
Design development, fabrication, and delivery of improved MOS transistors Third quarterly progress report, 22 Nov. 1965 - 21 Feb. 1966
Instability, high threshold voltage and gamma radiation sensitivity of metal-oxide-silicon transistors
SILICON TRANSISTOR↗
A Study on the Effects of C060 Gamma-radiation on Steam-grown Sio2 MOS Structures
Cobalt 60 gamma radiation effects on Metal Oxide Semiconductors /MOS/ with p-type and n-type silicon substrates
METAL OXIDE SEMICONDUCTOR /MOS/↗
Surface state density variations on MOS STRUCTURES due to gamma radiation.
Surface state density variations on metal oxide semiconductor capacitors due to gamma radiation
CAPACITOR↗
Positive and Negative Ion Motion in Thermal Oxide on Silicon by Radiochemical and MOS ANALYSIS
Metal-oxide-silicon capacitor and radiochemical analyses of anion in sodium contamination failure mode
SODIUM BROMIDE↗
Design and develop a MOS magnetic memory Final report, 11 Mar. 1966 - 31 Jan. 1967
Magnetic memory circuitry using metal oxide semiconductor field effect transistors interfaced with plated wire memory
METAL OXIDE SEMICONDUCTOR /MOS/↗
Complementary MOS-FET NAND gate modeling for computer-aided transient analysis
Nonlinear model of field effect transistor for computer aided transient analysis of complementary metal oxide semiconductor-field effect transistor NAND gate
LOGICAL DESIGN↗
Contamination of mos field effect transistors by alkali ions emitted from hot tungsten or molybdenum filaments - removal by electric fields
Explore the source record for details and available documents.
Hoenig, S. A.↗
MOS field-effect-transistor technology
Metal oxide semiconductor field effect transistor circuit development and laminated electronic packaging for computer storage devices
Boesenberg, W. A.↗
Contamination of MOS field effect transistors.
Positive ion current emission by tungsten and molybdenum studied for influence of impurities on MOSFET transistors
Hoenig, S. A.↗
Deposition of MoS sub 2 films by physical sputtering and their lubrication properties in vacuum.
Physical sputtering deposition of molybdenum disulfide films as solid lubricant on rotating and sliding components, discussing lubrication properties in vacuum
Spalvins, T.↗
MOS field-effect transistor drivers for laminated-ferrite memories.
MOSFET drivers for low current memory fabricated in 64 unit monolithic strips, discussing driver performance data
Boesenberg, W. A.↗