We have synthesized bismuth telluride compound using mechanical alloying and hot press sintering method. The phase formation, crystal structure was evaluated by X-ray diffraction and Raman spectroscopy. The scanning electron microscopy images indicated sub-micron sized grains. We observed low value of thermal conductivity 0.39 W/mK at room temperature as a result of grain size reduction by increasing deformation. The performance of the samples can be improved by reducing the grain size, which increases the grain boundary scattering. REFERENCE
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
Modern new technologies, including carbon nanomaterials, polymers performed electronically, and thei...
Alloying bismuth telluride with antimony telluride and bismuth selenide for p- and n-type materials,...
Bi2Te3 powders were synthesized at 453 K from Bi(NO3)(3)center dot 5H(2)O and Te by an aqueous chemi...
A bismuth tellurium selenide (Bi2TeySe3-y) nanocompound for thermoelectric applications was successf...
Disordered layered p-type bismuth telluride was obtained by high pressure (1 GPa) and high strain de...
Ternary alloys of thermoelectric materials Bi–Sb–Te and Bi–Se–Te of molecular formula, Bi0·5Sb1·5Te3...
Thermoelectric materials are able to convert energy between heat and electricity with no moving part...
161-167P-type (Bi0.25Sb0.75)2Te3 thermoelectric crystal has higher figure of merit Z than other st...
Bismuth telluride nanoparticles for thermoelectric applications were successfully prepared via a wat...
The concept of nanocomposite/nanostructuring in thermoelectric materials has been proven to be an ef...
High efficiency thermoelectric materials plays a vital role in power generation and refrigeration ap...
A reduction in the grain size of p-type thermoelectric materials, which increases phonon scattering ...
Thermoelectric compounds based on doped bismuth telluride and its alloys have recently attracted inc...
The sintering behavior of p-type bismuth telluride powder is investigated by means of dilatometric a...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
Modern new technologies, including carbon nanomaterials, polymers performed electronically, and thei...
Alloying bismuth telluride with antimony telluride and bismuth selenide for p- and n-type materials,...
Bi2Te3 powders were synthesized at 453 K from Bi(NO3)(3)center dot 5H(2)O and Te by an aqueous chemi...
A bismuth tellurium selenide (Bi2TeySe3-y) nanocompound for thermoelectric applications was successf...
Disordered layered p-type bismuth telluride was obtained by high pressure (1 GPa) and high strain de...
Ternary alloys of thermoelectric materials Bi–Sb–Te and Bi–Se–Te of molecular formula, Bi0·5Sb1·5Te3...
Thermoelectric materials are able to convert energy between heat and electricity with no moving part...
161-167P-type (Bi0.25Sb0.75)2Te3 thermoelectric crystal has higher figure of merit Z than other st...
Bismuth telluride nanoparticles for thermoelectric applications were successfully prepared via a wat...
The concept of nanocomposite/nanostructuring in thermoelectric materials has been proven to be an ef...
High efficiency thermoelectric materials plays a vital role in power generation and refrigeration ap...
A reduction in the grain size of p-type thermoelectric materials, which increases phonon scattering ...
Thermoelectric compounds based on doped bismuth telluride and its alloys have recently attracted inc...
The sintering behavior of p-type bismuth telluride powder is investigated by means of dilatometric a...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
Modern new technologies, including carbon nanomaterials, polymers performed electronically, and thei...
Alloying bismuth telluride with antimony telluride and bismuth selenide for p- and n-type materials,...