Lunar thermal environment
Quantitative data on photometric, luminescence, light polarization, color, infrared temperature, and microwave temperature properties of moon
THERMAL ENVIRONMENT↗
SEARCH · Engineering Papers
Results for “LUMINESCENCE”
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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Thermal-neutron-induced-recoil defects in cadmium sulfide.
Effects of recoil in semiconductor with thermal- neutron-absorption cross section, measuring changes in luminescence and conductive properties of CdS
CADMIUM SULFIDE↗
Preparation of silver-activated zinc sulfide thin films
Silver improves luminescence and reduces contamination of zinc sulfide phosphors. The silver is added after the zinc sulfide phosphors are deposited in thin films by vapor evaporation, but before calcining, by immersion in a solution of silver salt.
Feldman, C.↗
Readout system for radiation detector
Improved electrical circuit determines the amount of light detected by a photomultiplier tube when its output signal is in the dark-current range of the tube. The low-intensity light to which the tube responds arises from a thermo-luminescent ionized dosimeter.
Baker, B. R.↗
Dark conductivity of CdS as a function of S-vapor pressure during heat treatment between 500 deg and 700 deg C
Dark conductivity, photoconductivity, and luminescence of cadmium sulfide crystals heat treated in sulfur or cadmium vapors
Boer, K. W.↗
An experimental investigation of radiation effects in semiconductors Semiannual status report, Jul. 1 - Dec. 31, 1967
Recombination luminescence of irradiated silicon, and hole-optical phonon interaction in degenerate silicon
Compton, W. D.↗
Photometric investigations of the lunar surface
Lunar luminescence factor in photometry of lunar surface calculated from angles of incidence, phase, and reflection
Fesenkov, V. G.↗
Analysis of night sky emissions according to observations on AES Kosmos-92
Luminescence and radiation sources of night sky emissions
Krasnopolskiy, V. A.↗
The application of channel electron multipliers to scanning electron microscopy Progress report
Channel electron multipliers for cathode luminescent collection of topographic details
Shaw, D. A.↗
Spatial variations of the airglow in the area of lambda 5893 angstrom
Spatial distribution and emission intensity of luminescent patches in airglow
Nasyrov, G. A.↗
Studies of ultraviolet irradiation effects in ZnO-type thermal control coating pigments.
UV irradiation effects on ZnO spacecraft thermal control coating pigments, discussing photo-Hall, luminescence and electron paramagnetic resonance measurements
Hayes, J. D.↗
Changes in perceived size of high luminance targets.
Luminescence effects on apparent size and shape of foveally fixated targets of various forms
Haines, R. F.↗
Semiconductor physics
Irradiation effects on semiconductor properties, luminescence, and p-i-n diode electrical properties
Arora, B.↗
The use of single photon counting methods in solving basic problems in chemiluminescent reactions
Single photon counting and fast coincidence system in nuclear physics experiment involving two body luminescent reaction
Emerson, J. A.↗
Recent advances in cathode-ray-tube display devices
CRT display devices and R and D, discussing electron generation, luminescent materials, resolution, brightness, etc
Davis, J. A.↗
Carrier injection electroluminescence
Carrier injection luminescence properties useful for display medium applications, discussing group II-VI compounds as injection host crystal materials
Haas, R. W.↗
The formation of defect centers in MgO
Defect F centers formation in MgO, discussing optical absorption bands, oscillator strengths, luminescence band, impurity centers, etc
Kroes, R. L.↗
Study of the zinc-silver oxide battery system Quarterly report, Oct. - Dec. 1970, Jan. - Mar. 1971
Optical luminescence in reaction detection at rear of porous electrodes and comparison of interface reaction resistance and electrolyte ohmic resistance in zinc-silver oxide batteries
Nanis, L.↗