Molecular Dynamics and ab-initio simulations are used to find the most stable stoichiometries of Bismuth Tellurides with vacancy defects. The interest is to decrease the thermal conductivity of these compounds a key point to achieve high figure of merits. A reduction of 70% of the thermal conductivity is observed with Te vacancies of only 5%
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceStability and electronic structures are analyzed for ideal bilayer and trilaye...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceStability and electronic structures are analyzed for ideal bilayer and trilaye...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceMolecular Dynamics and ab-initio simulations are used to find the most stable ...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceWe use molecular dynamics and ab-initio methods to predict the thermal and ele...
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceDefective Bi2Te3 structures have been studied with the aim of lowering the the...
International audienceStability and electronic structures are analyzed for ideal bilayer and trilaye...