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Sb
北折 暁*; 金澤 直也*; 木田 孝則*; 鳴海 康雄*; 萩原 政幸*; 金道 浩一*; 竹内 徹也*; 仲村 愛*; 青木 大*; 芳賀 芳範; et al.
Journal of the Physical Society of Japan, 92(2), p.024702_1 - 024702_6, 2023/02
被引用回数：0 パーセンタイル：0(Physics, Multidisciplinary)Magnetic properties of TbSb are reported. Unlike previous investigations on a polycrystal showing multiple phase transitions, the present single crystal sample shows a single transition 133 K. It is also shown that the magnetic hysteresis increases at low temperatures.
-Mn and 
-Mn大貫 惇睦*; 青木 大*; 仲村 愛*; 松田 達磨*; 中島 美帆*; 芳賀 芳範; 竹内 徹也*
Journal of the Physical Society of Japan, 91(6), p.065001_1 - 065001_2, 2022/06
被引用回数：0 パーセンタイル：0(Physics, Multidisciplinary)Single crystals of -Mn and -Mn are successfully grown. Non-Fermi-liquid relations of the low-temperature resistivity and specific heat are found in the spin-liquid state of -Mn. On the other hand, -Mn exhibits antiferromagnetic transition.
Si single crystal grown by the flux method竹内 徹也*; 芳賀 芳範; 谷口 年史*; 伊覇 航*; 安次富 洋介*; 屋良 朝之*; 木田 孝則*; 田原 大夢*; 萩原 政幸*; 中島 美帆*; et al.
Journal of the Physical Society of Japan, 89(3), p.034705_1 - 034705_15, 2020/03
被引用回数：0 パーセンタイル：0(Physics, Multidisciplinary)Single crystals of EuCuSi have been grown by the flux method and Bridgman method. The Eu ions of the Bridgman-grown crystal are nearly trivalent and fluctuate depending on the temperature. On the other hand, the Eu ions of flux-grown sample are divalent and thermally stable and show spin-glass behavior at low temperatures. Crystallographic analyses identified random replacement of Cu sites by Si only for the flux-grown samples. Such structural randomness leads to spin-glass features.
松本 裕司*; 芳賀 芳範; 立岩 尚之; 山本 悦嗣; Fisk, Z.*
Journal of the Physical Society of Japan, 87(2), p.024706_1 - 024706_4, 2018/02
被引用回数：0 パーセンタイル：0(Physics, Multidisciplinary)Single crystal samples of UPtIn with the hexagonal structure are grown from indium flux. Strong uniaxial magnetic anisotropy is revealed from magnetic property measurements. Specific heat measurement reveals a significant deviation from 
-linear behavior, indicating the smaller electronic specific heat than the previous study.
Rh
Ge alloy systemPospisil, J.; 芳賀 芳範; 神戸 振作; 徳永 陽; 立岩 尚之; 青木 大*; 本多 史憲*; 仲村 愛*; 本間 佳哉*; 山本 悦嗣; et al.
Physical Review B, 95(15), p.155138_1 - 155138_15, 2017/04
被引用回数：14 パーセンタイル：55.72(Materials Science, Multidisciplinary)We investigated the evolution of magnetism in UIrRhGe system by systematic study on high-quality single crystals. We find a field-induced first order transition in the vicinity of the critical magnetic field along the 
axis in the entire UIrRhGe system, including the ferromagnetic region.
Yagmur, A.*; 内田 健一*; 井原 和紀*; 井岡 郁夫; 吉川 貴史*; 小野 円佳*; 遠藤 純一*; 柏木 王明*; 中島 哲也*; 桐原 明宏*; et al.
Applied Physics Letters, 109(24), p.243902_1 - 243902_4, 2016/12
被引用回数：3 パーセンタイル：14.8(Physics, Applied)スピンゼーベック効果(SSE)に基づく熱電素子の
線抵抗性を調べるため、約3
10
Gyの線照射試験を実施した。SSE素子には、Pt/Ni
Zn
Fe
O
/GlassとPt/Bi
Y
Fe
O
/Gd
GaOを用いた。SSE素子の熱電特性,磁気特性、構造は、線照射により影響されないことを確認した。この結果は、SSE素子が厳しい照射環境でさえ熱電素子として適用可能なことを示した。
濱口 由和; 好村 滋洋; 国富 信彦
Journal of the Physical Society of Japan, 17(SUPPL.B-3), p.46 - 48, 1962/00
抄録なし
TX compounds芳賀 芳範
no journal, ,
Actinides and rare-earths compounds TX ( = transition metals, 
= Ga, In) with the tetragonal HoCoGa-type structure (so-called 115 compounds) are one of the most extensively studied systems in correlated electron system because of the emergence of intriguing physical properties including heavy fermion superconductivity and various magnetic orderings. In these compounds, 5f electrons are responsible for both magnetic and transport characteristics. In particular, we discuss the emergence of a magnetic ordering in iso-electronic compounds URhGa and URhIn.
and its magnetic responses芳賀 芳範
no journal, ,
UTe is known as an extremely unconventional superconductor. It is also clarified that physical properties both in normal and superconducting states are sample-dependent. Single crystal X-ray diffraction study was performed on UTe with different quality revealing apparent uranium defects. The resulting difference of physical properties are discussed.
Pt
Al
芳賀 芳範; 山本 悦嗣; 松本 裕司*; 白崎 謙次*
no journal, ,
UPtAl is known as a uranium intermetallic compound with the hexagonal structure. Detailed crystal structure investigations revealed that uranium atoms form a honeycomb layer stacking along the c-axis. Two magnetic phase transitions were identified by thermodynamic measurements, suggesting a successive change in the magnetic structure.
