Thermoelectric materials have long been investigated for the possible use as a power source. This application was recently put to use in the Voyager space program to power the deep space probes on their journey. However, the research done in this area has yet to completely study the properties of these special materials. As a result, this research aims to investigate the high pressure structure and transport properties of these materials in a effort to better understand why they behave as they do. To this end, various techniques have been performed revealing the high pressure properties of these materials
Tellurid bismutitý je v současné době vedoucím materiálem používaným při výrobě Peltierových chladíc...
Opila, Robert L.Tripathi, RajeshThermoelectric devices are designed to either produce useful power f...
Thermoelectric semiconductor materials possess the unique ability to convert temperature differentia...
Thermoelectric materials have long been investigated for possible use as power sources. This applica...
Understanding the high-pressure behavior of transport properties has been a driving force in the stu...
An experimental investigation of the electronic transport properties of bismuth telluride nanocompos...
Contains reports on four research projects.U. S. Navy (Office of Naval Research) under Contract Nonr...
Thermoelectric materials, which can generate electricity using the waste heat, or refrigerate by app...
Bismuth-tellurides are binary compounds of bismuth (Bi) and tellurium (Te) which form an infinitely...
I present a comprehensive picture of the electrical transport properties for PbTe, Mg2Si, and Mg2Sn...
Under applied high pressure, the electronic, optical, structural, and other properties of narrow-ban...
This application note describes the growth of Bismuth Telluride (Bi2Te3) in the Royce Institute thin...
Thermoelectric materials are an enabling technology that has the potential to increase overall plant...
Thermoelectric transport properties (Seebeck coefficient, S, and electrical conductivity, σ) of p -t...
Thermoelectric generators are a reliable solid-state energy conversion technology. Furthermore, flex...
Tellurid bismutitý je v současné době vedoucím materiálem používaným při výrobě Peltierových chladíc...
Opila, Robert L.Tripathi, RajeshThermoelectric devices are designed to either produce useful power f...
Thermoelectric semiconductor materials possess the unique ability to convert temperature differentia...
Thermoelectric materials have long been investigated for possible use as power sources. This applica...
Understanding the high-pressure behavior of transport properties has been a driving force in the stu...
An experimental investigation of the electronic transport properties of bismuth telluride nanocompos...
Contains reports on four research projects.U. S. Navy (Office of Naval Research) under Contract Nonr...
Thermoelectric materials, which can generate electricity using the waste heat, or refrigerate by app...
Bismuth-tellurides are binary compounds of bismuth (Bi) and tellurium (Te) which form an infinitely...
I present a comprehensive picture of the electrical transport properties for PbTe, Mg2Si, and Mg2Sn...
Under applied high pressure, the electronic, optical, structural, and other properties of narrow-ban...
This application note describes the growth of Bismuth Telluride (Bi2Te3) in the Royce Institute thin...
Thermoelectric materials are an enabling technology that has the potential to increase overall plant...
Thermoelectric transport properties (Seebeck coefficient, S, and electrical conductivity, σ) of p -t...
Thermoelectric generators are a reliable solid-state energy conversion technology. Furthermore, flex...
Tellurid bismutitý je v současné době vedoucím materiálem používaným při výrobě Peltierových chladíc...
Opila, Robert L.Tripathi, RajeshThermoelectric devices are designed to either produce useful power f...
Thermoelectric semiconductor materials possess the unique ability to convert temperature differentia...