Lattice dynamics can govern the thermal conductivity solids and understanding the underlying mechanisms may enable enhanced performance of devices via judicious engineering. Here, insight into the anisotropic thermal conductivity of semiconducting α-GaN is gained by measuring the Matryoshka phonon dispersions
International audienceUnderstanding the relationship between the crystal structure, chemical bonding...
Understanding thermal transport across metal/semiconductor interfaces is crucial for the heat d...
In this thesis, phonon transport properties in single crystal and ceramic aluminium nitride (AIN) ha...
We find using first-principles analysis of thermal conductivity (k) in isotopically pure Gallium nit...
<p>The bulk thermal conductivity of Stillinger-Weber (SW) wurtzite GaN in the [0001] direction at a ...
GaN-based power devices operating at high currents and high voltages are critically affected by the ...
A model is developed to evaluate the thermal conductivity of semiconducting compounds as a function ...
In semiconductors almost all heat is conducted by phonons (lattice vibrations), which is limited by ...
In semiconductors almost all heat is conducted by phonons (lattice vibrations), which is limited by ...
The knowledge of lattice thermal conductivity of materials under realistic conditions is vitally imp...
Recent work has demonstrated that nanostructuring of a semiconductor material to form a phononic cry...
Heat conduction by phonons is a ubiquitous process that incorporates a wide range of physics and pla...
Funding Information: This work is supported by the National Natural Science Foundation of China (118...
A6. Computational Study on Nanoscale Materials: Materials Properties - paper no. A6-26Lattice compon...
The theory of anharmonic three-phonon interactions predicts an expression for the mean free path of ...
International audienceUnderstanding the relationship between the crystal structure, chemical bonding...
Understanding thermal transport across metal/semiconductor interfaces is crucial for the heat d...
In this thesis, phonon transport properties in single crystal and ceramic aluminium nitride (AIN) ha...
We find using first-principles analysis of thermal conductivity (k) in isotopically pure Gallium nit...
<p>The bulk thermal conductivity of Stillinger-Weber (SW) wurtzite GaN in the [0001] direction at a ...
GaN-based power devices operating at high currents and high voltages are critically affected by the ...
A model is developed to evaluate the thermal conductivity of semiconducting compounds as a function ...
In semiconductors almost all heat is conducted by phonons (lattice vibrations), which is limited by ...
In semiconductors almost all heat is conducted by phonons (lattice vibrations), which is limited by ...
The knowledge of lattice thermal conductivity of materials under realistic conditions is vitally imp...
Recent work has demonstrated that nanostructuring of a semiconductor material to form a phononic cry...
Heat conduction by phonons is a ubiquitous process that incorporates a wide range of physics and pla...
Funding Information: This work is supported by the National Natural Science Foundation of China (118...
A6. Computational Study on Nanoscale Materials: Materials Properties - paper no. A6-26Lattice compon...
The theory of anharmonic three-phonon interactions predicts an expression for the mean free path of ...
International audienceUnderstanding the relationship between the crystal structure, chemical bonding...
Understanding thermal transport across metal/semiconductor interfaces is crucial for the heat d...
In this thesis, phonon transport properties in single crystal and ceramic aluminium nitride (AIN) ha...