Samsung (Japan)

most citedTheoretical Study of Lithium Ionic Conductors by Electronic Stress Tensor Density and Electronic Kinetic Energy Density

9 citations

researchers with a paper here

A. Tachibana1 · h 27
H. Nozaki1 · h 5
Kazuya Z. Suzuki1 · h 2
K. Ichikawa1 · h 22
K. Takanashi1 · h 7
Shigeki Takahashi1 · h 3
Taku Watanabe1 · h 24
T. Kubota1 · h 31
Y. Aihara1 · h 36
Y. Hirayama1 · h 16
Yosuke Fujii1 · h 5

collaborating institutions

Advanced Institute of Materials ScienceJP1 paper
Advanced Science Research CenterJP1 paper
Japan Atomic Energy AgencyJP1 paper
Kyoto UniversityJP1 paper
Kyoto University of EducationJP1 paper
Minoh City HospitalJP1 paper
Samsung (South Korea)KR1 paper
Tohoku UniversityJP1 paper

2 papers

cond-mat.mtrl-sci2025★ 4 cited

Large Spin Hall Effect in High-Entropy Alloy/CoFeB Bilayers

Takahide Kubota, Kazuya Z. Suzuki, Yoshiyuki Hirayama +2

High-entropy alloys (HEAs) exhibit various physical properties, such as high microhardness for structured materials and high efficiency for catalysis. These features are recognized…

physics.chem-ph2016★ 9 cited

Theoretical Study of Lithium Ionic Conductors by Electronic Stress Tensor Density and Electronic Kinetic Energy Density

Hiroo Nozaki, Yosuke Fujii, Kazuhide Ichikawa +3

We analyze the electronic structure of lithium ionic conductors, $L i_{3} P O_{4}$ and $L i_{3} P S_{4}$ , using the electronic stress tensor density and kinetic energy density with s…