Toyota Central Research and Development Laboratories (Japan)

most citedFirst-principles study on the intermediate compounds of LiBH

_{4}

202 citations

researchers with a paper here

A. Züttel1 · h 9
H. Kontani1 · h 37
K. Miwa1 · h 38
K. Yada1 · h 26
M. Aoki1 · h 26
N. Ohba1 · h 29
S. Orimo1 · h 76
S. Towata1 · h 35
T. Noritake1 · h 24
Y. Nakamori1 · h 42

collaborating institutions

Tohoku UniversityJP1 paper
Toyota Physical and Chemical Research InstituteJP1 paper
University of FribourgCH1 paper

2 papers

cond-mat.supr-con2008★ 12 cited

s-wave Superconductivity due to Suhl-Kondo Mechanism in Na $_{x}$ CoO $_{2} \cdot y$ H $_{2}$ O: Effect of Coulomb Interaction and Trigonal Distortion

Keiji Yada, Hiroshi Kontani

To study the electron-phonon mechanism of superconductivity in NaxCoO2, we perform semiquantitative analysis of the electron-phonon interaction (EPI) between relevant optical phono…

cond-mat.mtrl-sci2006★ 202 cited

First-principles study on the intermediate compounds of LiBH $_{4}$

N. Ohba, K. Miwa, M. Aoki +5

We report the results of the first-principles calculation on the intermediate compounds of LiBH $_{4}$ . The stability of LiB $_{3}$ H $_{8}$ and Li $_{2}$ B $_{n}$ H $_{n} (n = 5 - 12)$ has been examined w…

s-wave Superconductivity due to Suhl-Kondo Mechanism in Nax​CoO2​⋅yH2​O: Effect of Coulomb Interaction and Trigonal Distortion

First-principles study on the intermediate compounds of LiBH4​

s-wave Superconductivity due to Suhl-Kondo Mechanism in Na $_{x}$ CoO $_{2} \cdot y$ H $_{2}$ O: Effect of Coulomb Interaction and Trigonal Distortion

First-principles study on the intermediate compounds of LiBH $_{4}$