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Journal Articles

Pressure effect on antiferromagnetic ordering in UIn$$_3$$

Haga, Yoshinori; Honda, Fuminori*; Eto, Tetsujiro*; Omi, Gendo*; Kagayama, Tomoko*; Takeshita, Nao*; Mori, Nobuo*; Nakanishi, Takeshi*; Tokiwa, Yoshifumi*; Aoki, Dai*; et al.

Journal of the Physical Society of Japan, 71(8), p.2019 - 2021, 2002/08

 Times Cited Count:9 Percentile:52.77(Physics, Multidisciplinary)

Pressure phase diagram of the antiferromagnet UIn3 was constructed from the electrical resistivity measurement under high pressures up to 9 GPa. Neel temperature increases monotonically with increasing pressure from 88 K at ambient pressure to 127 K at 9 GPa. We observed an additional resistive anomaly at 21 K under 1.4 GPa. This anomaly brings about an increase of the residual resistivity. The transition temperature decreases gradually with increasing pressure and disappears around 8 GPa.

Journal Articles

Crystal structure of NiO under high pressure

Eto, Tetsujiro*; Endo, Shoichi*; Imai, Motoharu*; Katayama, Yoshinori; Kikegawa, Takumi*

Physical Review B, 61(22), p.14984 - 14988, 2000/06

 Times Cited Count:49 Percentile:87.47(Materials Science, Multidisciplinary)

The pressure effect on the lattice constant of NiO with the rhombohedral distorted B1 structure was studied up to 141 GPa by ${em in situ}$ angle-dispersive x-ray diffraction using synchrotron radiation, an imaging plate, and a diamond anvil cell. The lattice constant $$a$$ and $$c$$, expressed in the hexagonal lattice, decrease monotonously with increasing pressure. The axial rage $$c/a$$ decreases monotonously with increasing pressure, indicating the distortion in the rhombohedral [111] direction becomes larger as pressure increases. The signiifcant change of $$c/a$$ above 60 GPa, suggested by a recent theoretical calculation, was not observed.

Journal Articles

Crystal structure of NiO under high pressure

Eto, Tetsujiro*; Endo, Shoichi*; Imai, Motoharu*; Katayama, Yoshinori; Kikegawa, Takumi*

Science and Technology of High Pressure (Proceedings of AIRAPT-17), p.487 - 490, 2000/00

The pressure effect on the lattice constant of NiO with the rhombohedral distorted B1 structure was studied up to 141 GPa by ${em in situ}$ angle-dispersive x-ray diffraction using synchrotron radiation and an imaging plate, with reference to a recent theoretical calculation within the density-functional formalism with the local-spin density approcximation. The lattice constant $$a$$ and $$c$$, expressed in the hexagonal lattice, decrease monotonously with increasing pressure. The axial rage $$c/a$$ decreases monotonously with increasing pressure, indicating the enhancement of the rhombohedral distortion. The signiifcant change of $$c/a$$ above 60 GPa suggested by the calculation was not observed.

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