Yoshida-Honmachi
Sakyo-ku
Kyoto, 606-8501
Japan
Kyoto University - Institute for Integrated Radiation and Nuclear Science
High-entropy alloy, Hydrogen embrittlement, Interface, Thermal desorption, Tensile properties
silicon carbide, liquid film shearing polishing, damage evolution, positron annihilation spectroscopy
First-principles simulation, high-entropy alloy, hydrogen embrittlement, mechanical properties, medium-entropy alloy
W-Cu alloys, Continuously functional graded materials, Thermal shock, Microstructural evolution.
Beryllides, Positron Annihilation, Vacancy, Vacancy Cluster
Neutron irradiation, Defect structures, Void swelling, Ferritic alloys
Multi-components alloy, Irradiation, Vacancy clusters, Positron annihilation
W-La2O3 composite, Helium plasma irradiation, Surface structure, Irradiation resistance
Keywords: High entropy alloy, Short range order, first principles calculations, Monte Carlo method, Machine learning.
W/W-Cu FGM/CuCrZr joints, Femtosecond-laser texturing, shear strength, Thermal conductivity, finite element analysis
W-75Cu/CuCrZr joints, Spark plasma sintering, Mechanical properaties, Thermal shock resistance
W/Cu joints, Surface grinding, spark plasma sintering, Interfacial microstructure, Properties
W-Cu joints, Tape casting, Infiltration, Thermal shock, Damage behavior.
W-La2O3 composites, Hot rolling, Oxide dispersion strengthening, Mechanical properties, Helium ion irradiation
ODS-W/Cu joints, Anodization treatment, SPS bonding technology, Interfacial microstructure, Mechanical properties
W/W-Cu FGM/CuCrZr joints, Femtosecond laser texturing, Shear strength, Thermal conductivity, Finite element analysis
