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Entropy is an important physical parameter to reflect the disordered state of a certain system, which is mainly expressed in three different forms: Clausius entropy, Boltzmann entropy, and Shannon entropy. Clausius entropy originated from the second law of thermodynamics, which describes the heat flow from a high-temperature region to a low-temperature region
Энтропия является важным физическим параметром, отражающим неупорядоченное состояние определенной системы, которое в основном выражается в трех различных формах: энтропия Клаузиуса, энтропия Больцмана и энтропия Шеннона. Энтропия Клаузиуса возникла из второго закона термодинамики, который описывает поток тепла из области с высокой температурой в область с низкой температурой.
Preface
Section 1 Fundamentals
Microstructures and Deformation Mechanisms of FCC-Phase High-Entropy Alloys
Cost-Effective Fe-Rich High-Entropy Alloys: A Brief Review
Breaking the Property Trade-Offs by Using Entropic Conceptions
Solid Solution Strengthening in High-Entropy Alloys
Section 2. Processing
Proposition of a Growth Law as a Function of Solidification Parameters for Monotectic Alloy Systems
High Entropy Thin Films by Magnetron Sputtering: Deposition, Properties and Applications
Optimization of Retained Austenite and Corrosion Properties on EN-31 Bearing Steel by Cryogenic Treatment Process
Section 3. Modelling and Calculations
Simulation and Calculation for Predicting Structures and Properties of High-Entropy Alloys
CALPHAD as a Toolbox to Facilitate the Development of HEAs
Development of Orthopedic Implants with Highly Biocompatible Ti Alloys
High-Entropy Alloys for Bone Tissue Engineering: Recent Developments in New Methods of Manufacture
Iron-Based Superconductors