Terrain bias on Doppler system output
Terrain bias on Doppler system output obtained by transmit-receive system
Hayre, H. S.↗
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Results for “biasing”
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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Effect of bias light on the spectral response of Cu sub 2 S-CdS cells.
Red, blue and no bias light effects on spectral response of copper sulfide-cadmium sulfide cell, using model incorporating photoconductive layer
Brandhorst, H. W., Jr.↗
Investigation of radiation damage in MOSFETs using bias-temperature treatments.
Electron radiation damage in MOSFET devices using bias temperature treatments
Brashears, S. S.↗
Effects of bias light and heat treatment on the spectral response of cadmium sulfide thin film photovoltaic cells
Bias light and heat treatment effects on spectral response of cadmium sulfide thin film photovoltaic cells
Brandhorst, H. W., Jr.↗
A response bias explanation of conservative human inference
Response bias explanation of conservative human inference
Du Charme, W. M.↗
Analytic calculation of launch vehicle response to winds and calculation of optimal biased pitch programs
Analytic calculation of launch vehicle response to winds and calculation of optimal biased pitch programs
Borsody, J.↗
Detection of range rate bias in the two-way Doppler measurements of Explorer 34
Detection and correction of range rate bias in two-way Doppler measurements of Explorer 34
Murray, C. W., Jr.↗
Analysis of rendezvous radar tracking requirements for angular bias compensation during mission D
Rendezvous radar tracking requirements for angular bias compensation during Apollo 9 flight
Price, C. R.↗
Spatial bias correction for sporadic meteors photographed in New Mexico
Spatial bias correction for sporadic meteors photographed in New Mexico
Albers, L. U.↗
Functional identification of perceptual and response biases in choice reaction time
Human perceptual and response biases in choice reaction time tasks involving visual and auditory stimuli
Hobbie, R. K.↗
Mechanisms of reversal with bias fields, deduced from dynamic magnetization configuration photogrphs of thin films
Ni-Fe thin films flux reversal with transverse bias field from dynamic magnetization configuration photographs
Humphrey, F. B.↗
Performance of broad-band microwave-biased extrinsic photoconductive detectors at 10.6 microns
Extrinsic photoconductive detectors, comparing performance for microwave and DC bias based on gain bandwidth product and SNR analysis
Sun, C.↗
Microwave biasing improves detector response in the infrared region
Detection system, which incorporates advantages of microwave biasing, measures output of a carbon dioxide laser at 10.6 microns with a factor of 1,000 improvement in sensitivity. Material lifetime, rather than external circuitry, limits detector response time.
Sun, C.↗
Wind biasing techniques for use in obtaining load relief
Wind biasing techniques to obtain load relief for AAP 1 Skylab launch vehicles
Ernsberger, G.↗
A satellite altimeter bias recovery simulation
GEOS-3 altimeter bias recovery simulation using range and angle tracking data
Berbert, J. H.↗
The elastic response of bias-ply aircraft tires to braking forces
Elastic response and characteristics of bias ply aircraft tires subjected to braking forces and simple static flexure
Tanner, J. A.↗
A fixed bias, floating double probe technique with simple Langmuir probe characteristics
A new floating double-probe method is presented which has advantages over other floated-probe systems previously described in literature. The method utilized two electrodes, one of constant area and the other with a variable area. The two-electrode configuration is separated by a fixed bias voltage. The current-voltage characteristics of the new technique, which are generated by varying the area of the one electrode, are identical to those of a simple Langmuir probe, thus coupling all the advantages of a floated-probe system with the simple analysis scheme generally applied to the Langmuir probe for the determination of plasma density and temperature.
Szuszczewicz, E. P.↗
Development of reverse biased p-n junction electron emission
A cold cathode emitter of hot electrons for use as a source of electrons in vacuum gauges and mass spectrometers was developed using standard Norton electroluminescent silicon carbide p-n diodes operated under reverse bias conditions. Continued development including variations in the geometry of these emitters was carried out such that emitters with an emission efficiency (emitted current/junction current) as high as 3 x 10-0.00001 were obtained. Pulse measurements of the diode characteristics were made and showed that higher efficiency can be attained under pulse conditions probably due to the resulting lower temperatures resulting from such operation.
Fowler, P.↗