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Highly efficient functional Ge
x
Pb
1-x
Te based thermoelectric alloys
Yaniv Gelbstein
, Joseph Davidow
Department of Materials Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
119
Scopus citations
Overview
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x
Pb
1-x
Te based thermoelectric alloys'. Together they form a unique fingerprint.
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Keyphrases
Phase Separation
100%
High Efficiency
100%
Bismuth Telluride
100%
PbTe
100%
GeTe
100%
Thermoelectric Alloys
100%
Alloying Effect
100%
Thermoelectric
50%
Fuel Consumption
50%
Efficient Implementation
50%
CO2 Emissions
50%
Thermoelectric Device
50%
Waste Heat
50%
Thermoelectric Properties
50%
Thermoelectric Materials
50%
P-type
50%
Heat-induced
50%
Electrical Energy
50%
Figure of Merit ZT
50%
Energy Conversion Efficiency
50%
ZT Value
50%
Electrical Energy Conversion
50%
Dimensionless Figure of Merit
50%
Emission Limits
50%
Separation Potential
50%
Consumption Emissions
50%
Automotive Vehicles
50%
Material Science
Thermoelectrics
100%
Alloying
50%
Carbon Dioxide
25%
Thermoelectric Materials
25%
Fuel Consumption
25%
Chemical Engineering
Phase Separation
100%