46 citations · 226 across the 26 of their papers we have counts for
26 papers
Discriminating superconducting fluctuations from the pseudogap in BiSrCaCuO: A magnetotransport study
Shunpei Yamaguchi, Nae Sasaki, Shintaro Adachi +13
Understanding the normal state is essential for uncovering the mechanism of high- superconductivity. We investigate magnetotransport in BiSrCaCuO and Bi$_2…
Crystal structures and superconducting properties of metallic double-chain based cuprate Pr2Ba4Cu7O15-delta
Masahide Hagawa, Michiaki Matsukawa, Kota Niinuma +7
We demonstrated the lattice structures and the superconducting phases of metallic double-chain based cuprate Pr2Ba4Cu7O15-delta exhibiting higher Tc. After the oxygen heat treatmen…
Onset Temperatures for Superconducting Fluctuations in Te-annealed FeTeSe Single Crystals: Evidence for the BCS-BEC Crossover
Yu Uezono, Takumi Otsuka, Shotaro Hagisawa +4
Recently, the superconductors' community has witnessed an unsettled debate regarding whether iron-based superconductors, in particular FeSe and FeSeS, are in the Bardee…
Revised phase diagram of the high- cuprate superconductor Pb-doped BiSrCaCuO revealed by anisotropic transport measurements
Keiichi Harada, Yuki Teramoto, Tomohiro Usui +9
Although phase diagrams can be leveraged to investigate high transition temperature (high-) superconductivity, the issue has not been discussed thoroughly. In this study, we e…
Enhanced superconducting properties of double-chain based superconductor PrBaCuO synthesized by citrate pyrolysis technique
Kazuma Honnami, Michiaki Matsukawa, Tatsuya Senzaki +7
We report the enhanced superconducting properties of double-chain based superconductor PrBaCuO synthesized by the citrate pyrolysis technique. %In spite…
Nonmonotonic Pressure Dependence of the Lattice Parameter in the Quasi-one-dimensional Superconductor PrBaCuO
Haruka Taniguchi, Yuya Nakarokkaku, Riku Takahashi +6
In the quasi-one-dimensional superconductor, PrBaCuO, we found that the lattice parameter, increased against pressure, starting at 2.0 GPa at approximately…