Nanostructured Semiconductors
portes grátis
Nanostructured Semiconductors
Amorphization and Thermal Properties
Termentzidis, Konstantinos
Pan Stanford Publishing Pte Ltd
08/2017
596
Dura
Inglês
9789814745642
15 a 20 dias
1102
Descrição não disponível.
THEORY-SIMULATIONS. Structural properties crystalline vs. amorphous phase. Thermal conductivity of disordered systems. Nanostructures and heat transport. Applications. Monte Carlo resolution of the Boltzmann Transport Equation. Equilibrium molecular dynamics. Non-equilibrium molecular dynamics. Approach to equilibrium molecular dynamics. Atomistic simulations of vibrational modes of crystalline nanoinclusions in an amorphous matrix. Structural properties and defects in III-Nitrides at the nanoscale. FABRICATION AND MEASUREMENT TECHNIQUES. Amorphisation of porous silicon nanostructures by heavy ion irradiation. Crystalline/amorphous porous Ge nanostructures by electrochemical etching. Thermal transport in amorphous/nanocrystalline composites. Ball Milling induced nano-crystallization and amorphisation. Physical vapor deposition and tin-induced or laser crystallization. Nanoparticle formation via magnetron sputtering with inert gas aggregation. Scanning thermal microscopy. Thermal wave methods. X-rays and neutrons spectroscopy for the investigation of individual phonons properties in crystalline and amorphous solids.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Swift Heavy Ion Irradiation;thermal;Swift Heavy Ion;conductivity;C3 Configuration;molecular;Lattice Thermal Conductivity;dynamics;PSi Layer;amorphous;Nanocrystalline Composites;phase;Nanostructured;heat;Nanostructured Materials;transport;Thermal Conductivity;simulations;Double Differential Cross Section;silicon;Metallic Glass;Laurent Pizzagalli;Phonon Lifetimes;Andreas Pedersen;HRTEM Image;Laurent Chaput;TBR;Samy Merabia;Amorphous Matrix;Maxime Verdier;PSi Sample;Rodolphe Vaillon;MD Simulation;David Lacroix;Interatomic Potential;Arthur France-Lanord;Ball Milling Time;Etienne Blandre;Ma;Evelyne Lampin;Stacking Faults;Pier Luca Palla;Si NPs;Hayat Zaoui;Cross-plane Thermal Conductivity;Fabrizio Cleri;RMC;Tanguy Damart;GaN Interface;Yaroslav M. Beltukov;Amani Tlili;Anne Tanguy;J. Kioseoglou;B. Canut;P. Newby;M. Massoud;V. Lysenko;P. O. Chapuis;J. M. Bluet;Sergii Tutashkonko;Tetyana Nychyporuk;Valentina M. Giordano;Ameni Tlili;Eyripides Hatzikraniotis;Theodora Kyratsi;Konstantinos M. Paraskevopoulos;NA VladNeimash;Panagiotis Grammatikopoulos;Mukhles Sowwan;Severine Gomes;Ali Assy;Pavlo Lishchuk;Mykola Isaievc;Stephane Pailhes;Pierre-Francois Lory;Marc De Boissieu;Holger Euchner
THEORY-SIMULATIONS. Structural properties crystalline vs. amorphous phase. Thermal conductivity of disordered systems. Nanostructures and heat transport. Applications. Monte Carlo resolution of the Boltzmann Transport Equation. Equilibrium molecular dynamics. Non-equilibrium molecular dynamics. Approach to equilibrium molecular dynamics. Atomistic simulations of vibrational modes of crystalline nanoinclusions in an amorphous matrix. Structural properties and defects in III-Nitrides at the nanoscale. FABRICATION AND MEASUREMENT TECHNIQUES. Amorphisation of porous silicon nanostructures by heavy ion irradiation. Crystalline/amorphous porous Ge nanostructures by electrochemical etching. Thermal transport in amorphous/nanocrystalline composites. Ball Milling induced nano-crystallization and amorphisation. Physical vapor deposition and tin-induced or laser crystallization. Nanoparticle formation via magnetron sputtering with inert gas aggregation. Scanning thermal microscopy. Thermal wave methods. X-rays and neutrons spectroscopy for the investigation of individual phonons properties in crystalline and amorphous solids.
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Swift Heavy Ion Irradiation;thermal;Swift Heavy Ion;conductivity;C3 Configuration;molecular;Lattice Thermal Conductivity;dynamics;PSi Layer;amorphous;Nanocrystalline Composites;phase;Nanostructured;heat;Nanostructured Materials;transport;Thermal Conductivity;simulations;Double Differential Cross Section;silicon;Metallic Glass;Laurent Pizzagalli;Phonon Lifetimes;Andreas Pedersen;HRTEM Image;Laurent Chaput;TBR;Samy Merabia;Amorphous Matrix;Maxime Verdier;PSi Sample;Rodolphe Vaillon;MD Simulation;David Lacroix;Interatomic Potential;Arthur France-Lanord;Ball Milling Time;Etienne Blandre;Ma;Evelyne Lampin;Stacking Faults;Pier Luca Palla;Si NPs;Hayat Zaoui;Cross-plane Thermal Conductivity;Fabrizio Cleri;RMC;Tanguy Damart;GaN Interface;Yaroslav M. Beltukov;Amani Tlili;Anne Tanguy;J. Kioseoglou;B. Canut;P. Newby;M. Massoud;V. Lysenko;P. O. Chapuis;J. M. Bluet;Sergii Tutashkonko;Tetyana Nychyporuk;Valentina M. Giordano;Ameni Tlili;Eyripides Hatzikraniotis;Theodora Kyratsi;Konstantinos M. Paraskevopoulos;NA VladNeimash;Panagiotis Grammatikopoulos;Mukhles Sowwan;Severine Gomes;Ali Assy;Pavlo Lishchuk;Mykola Isaievc;Stephane Pailhes;Pierre-Francois Lory;Marc De Boissieu;Holger Euchner
