日本物理学会
期刊
会议
图书
作者:Shingo Teranishi , Kazutaka Nishiguchi , Koichi Kusakabe
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:To explore the material dependence of cuprate superconductors, we evaluate effective Coulomb interactions for Hg1201 and Tl1201, where Tl1201 has nearly half value of T c as that of Hg1201 even at the optimal oxygen concentration. Although the structures of these super...
作者:Ryuji Nomura , Hirofumi Matsuda , Yuichi Okuda
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:Crystallization of 4He in a 96% porosity aerogel occurred both on warming and on cooling. However, crystallization stopped halfway while warming and did not continue to fill the aerogel, in contrast to crystallization while cooling. The crystallization with cooling is ...
作者:Takao Tsumuraya , Reizo Kato , Yoshikazu Suzumura
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:Using first-principles density-functional theory calculations, we obtain the non-coplanar nodal loop for a single-component molecular conductor [Pd(dddt)2] consisting of HOMO and LUMO with different parity. Focusing on two typical Dirac points, we present a model ...
作者:Yoshihiro Ishibashi , Minoru Fukui
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:The interplay between the probability of a delayed start and the bottleneck in a one-dimensional highway traffic is studied on the basis of a model obeying Wolfram’s 184-rule. A formula expressing the constant flow F C independent of the car density on a one-dimen...
作者:Taehoon Lee , Yugo Oshima , Hengbo Cui ...
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:The antiferromagnetic insulating ground state of the π– d molecular conductor λ-(BETS)2FeCl4 has been under intense debate for the last decades. One of the difficulties in studying this system comes from the needle-shape of its single crystal where crys...
作者:Shota Nakamura , Akira Kasahara , Shunichiro Kittaka ...
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:We present an experimental method of low-temperature magnetization measurements with a two-axis alignment of the sample orientation. An in situ alignment of the sample is performed within an accuracy of better than 0.02° using a piezo-stepper-driven goniometer (ϕ rotation) c...
作者:Yoh-ichi Mototake , Yasuhiko Igarashi , Hikaru Takenaka ...
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:Spectral deconvolution is a method of fitting spectral data to the sum of unimodal basis functions. It is often used to estimate spectral information such as peak position or intensity. Recently, a spectral deconvolution method based on Bayesian inference was proposed that achiev...
作者:Kiyoichiro Motoya , Takumi Kihara , Hiroyuki Nojiri ...
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:In a previous study, the long-time variation of the magnetic structure was investigated in the triangular lattice compound Ca3Co2O6 in zero magnetic field. In this study, the magnetic field and time variations of the magnetic structure have been s...
作者:Huy Duy Nguyen , Bach Thanh Cong , Yoshitada Morikawa
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:We investigate the effects of surface termination and layer thickness on the electronic structures of LaNiO3 thin films on SrTiO3 substrate using first-principles density-functional theory calculations. The NiO2-terminated film with one unit ...
作者:Kohei Oyama , Masaki Sugishima , Kousuke Tanabe ...
来源:[J].Journal of the Physical Society of Japan(IF 2.087), 2018, Vol.87 (11)JPS
摘要:The magnetic structure of YbPd was determined for a newly synthesized strain-free sample by neutron diffraction techniques. The sinusoidal magnetic structure characterized by an incommensurate wave vector k = (0.080 0 0.32) is observed in the magnetic-ordered phase between T...

我们正在为您处理中,这可能需要一些时间,请稍等。

资源合作:cnki.scholar@cnki.net, +86-10-82896619   意见反馈:scholar@cnki.net

×