Add to ORKGHigh detectivity single-element SBN pyroelectric detectors were fabricated. The theory and technology developments related to improved detector performance were identified and formulated. Improved methods of material characterization, thinning, mounting, blackening and amplifier matching are discussed. Detectors with detectivities of 1.3 x 10 to the 9th power square root of Hz/watt at 1 Hz are reported. Factors limiting performance and recommendations for future work are discussed
Radioactive materials, as they decay, generate different high-frequency electromagnetic radiation su...
Power/temperature step stress was applied to the transistor JANTX2N2432A manufactured by Crystalonic...
The effect was studied of power/temperature step stress when applied to the PNP transistor JANTX2N26...
The object of this program is to improve the detectivity of the pyroelectric detector with the ultim...
A series of commercially available pyroelectric detectors made from PVF2, LTO, SBN, and TGS were eva...
Technical approaches for the advanced development of 8-12 micrometer detectors operating at elevated...
Significant accomplishments include development of a procedure to correct for the substantial differ...
P-side backside reflecting constant, photodiode characterization, and photodiode diffusion and G-R c...
The multi-agency, long-term Global Change programs, and specifically NASA's Earth Observing system, ...
CdZnTe is the premier semiconductor material for room-temperature gamma-ray spectroscopy and imagin...
Various aspects of a sensitivity analysis, in particular, the impact of variations in metal sheet re...
Low gravity conditions can be sustained on earth for several seconds in an evacuated drop tube. Beca...
Feasibility of operating gallium arsenide devices in high temperature microelectronic circuit
The design and development of a safety and arming device for the space shuttle solid rocket booster ...
A program was undertaken to increase the detectivity of LiTaO3 pyroelectric detectors to meet a perf...
Radioactive materials, as they decay, generate different high-frequency electromagnetic radiation su...
Power/temperature step stress was applied to the transistor JANTX2N2432A manufactured by Crystalonic...
The effect was studied of power/temperature step stress when applied to the PNP transistor JANTX2N26...
The object of this program is to improve the detectivity of the pyroelectric detector with the ultim...
A series of commercially available pyroelectric detectors made from PVF2, LTO, SBN, and TGS were eva...
Technical approaches for the advanced development of 8-12 micrometer detectors operating at elevated...
Significant accomplishments include development of a procedure to correct for the substantial differ...
P-side backside reflecting constant, photodiode characterization, and photodiode diffusion and G-R c...
The multi-agency, long-term Global Change programs, and specifically NASA's Earth Observing system, ...
CdZnTe is the premier semiconductor material for room-temperature gamma-ray spectroscopy and imagin...
Various aspects of a sensitivity analysis, in particular, the impact of variations in metal sheet re...
Low gravity conditions can be sustained on earth for several seconds in an evacuated drop tube. Beca...
Feasibility of operating gallium arsenide devices in high temperature microelectronic circuit
The design and development of a safety and arming device for the space shuttle solid rocket booster ...
A program was undertaken to increase the detectivity of LiTaO3 pyroelectric detectors to meet a perf...
Radioactive materials, as they decay, generate different high-frequency electromagnetic radiation su...
Power/temperature step stress was applied to the transistor JANTX2N2432A manufactured by Crystalonic...
The effect was studied of power/temperature step stress when applied to the PNP transistor JANTX2N26...