H. Ishibashi

activity

20022023

most citedX-ray-induced disordering of the dimerization pattern and apparent low-temperature enhancement of lattice symmetry in spinel CuIr

_{2}

_{4}

52 citations · 52 across the 3 of their papers we have counts for

collaborators

3 papers

cond-mat.mtrl-sci2023

Unusual nanoscale coexistence of polar-nonpolar domains underlying oxygen storage properties in Ho(Mn, Ti)O $_{3 + δ}$

Hiroshi Nakajima, Kento Uchihashi, Hirofumi Tsukasaki +10

Hexagonal manganese oxides RMnO $_{3}$ show intriguing topological ferroelectric-domain walls with variable conductivity, leading to domain wall engineering. Despite the numerous expe…

cond-mat.str-el2018

Emergence of spin-orbit order in the spinel CuCr $_{2}$ O $_{4}$

K. Tomiyasu, S. Lee, H. Ishibashi +6

We determined the magnetic structure of CuCr $_{2}$ O $_{4}$ using neutron diffraction and irreducible representation analysis. The measurements identified a new phase between 155 K and 1…

cond-mat2002★ 52 cited

X-ray-induced disordering of the dimerization pattern and apparent low-temperature enhancement of lattice symmetry in spinel CuIr $_{2}$ S $_{4}$

H. Ishibashi, T. Y. Koo, Y. S. Hor +5

At low temperatures, spinel CuIr $_{2}$ S $_{4}$ is a charge-ordered spin-dimerized insulator with triclinic lattice symmetry. We find that x-rays induce a structural transition in which…

Unusual nanoscale coexistence of polar-nonpolar domains underlying oxygen storage properties in Ho(Mn, Ti)O3+δ​

Emergence of spin-orbit order in the spinel CuCr2​O4​

X-ray-induced disordering of the dimerization pattern and apparent low-temperature enhancement of lattice symmetry in spinel CuIr2​S4​

Unusual nanoscale coexistence of polar-nonpolar domains underlying oxygen storage properties in Ho(Mn, Ti)O $_{3 + δ}$

Emergence of spin-orbit order in the spinel CuCr $_{2}$ O $_{4}$

X-ray-induced disordering of the dimerization pattern and apparent low-temperature enhancement of lattice symmetry in spinel CuIr $_{2}$ S $_{4}$