Lead telluride non-magnetic bonding research study Second quarterly report, 1 Jun. - 31 Aug. 1965
Diffusion and braze bonding of tungsten and tantalum to lead telluride and lead telluride- tin telluride thermoelectric alloys
LEAD TELLURIDE↗
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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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The bonding of lead telluride with non-magnetic electrodes.
W-diffusion bonding of lead telluride base thermoelements with nonmagnetic electrodes
DIFFUSION BONDING↗
Studies of lead telluride thermoelectric elements.
Bond degradation and diffusion of braze and shoe constituents in lead telluride thermoelectric elements
THERMOELECTRIC MATERIAL↗
Aluminum bonded lead telluride thermoelectric module research and development Quarterly report, 1 Aug. - 1 Nov. 1966
Aluminum bonded lead telluride couples for use in space thermoelectric power supplies
THERMOELECTRICITY↗
An electron microprobe study of inclusions in lead telluride thermoelectric elements
Electron microprobe study of inclusions in lead telluride thermoelectric elements
Evans, D. B.↗
Review of long life performance of lead telluride and silicon germanium RTG technologies
Long life performance predictions for lead telluride and silicon germanium radioisotope thermoelectric generators for deep space missions
Caputo, R. S.↗
Lead telluride bonding and segmentation study Interim report, 1 Nov. 1966 - 31 Jul. 1967
Lead telluride bonding and segmentation studies including couple design, test devices, and life testing
Bates, H.↗
Aluminum bonded lead telluride thermoelectric module study for non-magnetic and vacuum applications Summary report, 5 Mar. - 5 Nov. 1968
Aluminum-contacted lead telluride thermoelectric test modules in life testing
Source record↗
Aluminum bonded lead telluride thermoelectric module study for non-magnetic and vacuum applications Final report, 5 Mar. 1968 - 5 Feb. 1970
Aluminum contacting technique for lead telluride thermoelectric converter module
Source record↗
Lead telluride bonding and segmentation study Semiannual phase report, 1 Feb. - 31 Jul. 1969
Thermoelectric system of Cd-Si-Ge, and tungsten diffusion bonded lead telluride
Bates, H. E.↗
Metal-insulator-semi-conductor studies of lead telluride
The capacitance and conductance-voltage characteristics were measured on metal-insulator-semiconductor capacitors fabricated with zirconium dioxide films on single-crystal lead telluride. At 77 K, on both n- and p-type substrates, evidence of surface potential control was obtained. Comparison of the measured capacitance-voltage characteristics with those calculated from the equilibrium solution of the one-dimensional Poisson equation indicated qualitative agreement, although the slope of the measured capacitance in the region near the capacitance minimum was less steep than calculated.
Lilly, D. A.↗
Lead telluride bonding and segmentation study Semiannual phase report no. 3, 1 Aug. 1968 - 31 Jan. 1969
Design and tests of thermoelectric systems with germanium silicon or lead telluride
Bates, H.↗
Estimation of the chemical compatibility of alloys with lead telluride and tin telluride thermoelectric materials.
Chemical compatibility estimation of lead and tin tellurides thermoelectric materials with metallic alloys
Wald, F.↗
Lead telluride non-magnetic bonding research study Fourth quarterly report, 1 Dec. 1965 - 28 Feb. 1966
PbTe-W and PbTe-Ta, SnTe-Ta equilibria, nonmagnetic bonding of pure PbTe and 3N powder to sintered pellets, and design and construction of furnace and lapping machine
DIFFUSION BONDING↗
Lead telluride non-magnetic bonding research study Third quarterly report, Sep. 1 - Nov. 30, 1965
Diffusion bonding of tungsten electrodes to lead tellurium and lead tellurium-tin tellurium thermocouples
TUNGSTEN↗
Physical Vapor Transport of Lead Telluride
Mass transport properties of physical vapor transport of PbTe are investigated. Thermochemical analysis of the system and its implications for the growth conditions are discussed. The effect of the material preparation and pre-processing on the stoichiometry and residual gas pressure and composition, and on related mass flux is shown. A procedure leading to high mass transport rates is presented.
Palosz, W.↗
Lead telluride bonding and segmentation study Semiannual phase report, Aug. 1, 1967 - Jan. 31, 1968
Constitutional studies of SnTe and Si-Ge metal systems, segmented Si-Ge-PdTe thermocouple efficiencies, and pore migration in PbSnTe thermoelements
Bates, H.↗
On the constitution of the system cobalt-lead telluride.
Metal-Pb and metal-Sn telluride systems constitution, discussing degradation of junctions between thermoelectric power generation materials and metals and Co-Pb-Te system stability
Stormont, R. W.↗