X rays
Engineering & Materials Science
100%
x rays
Physics & Astronomy
90%
conductors
Physics & Astronomy
79%
Organic conductors
Engineering & Materials Science
75%
Superlattice
Chemical Compounds
72%
Superconducting materials
Engineering & Materials Science
71%
X-Ray
Chemical Compounds
70%
Fermi surface
Engineering & Materials Science
67%
Yasuzuka, S. ,
Uji, S. ,
Sugiura, S. ,
Terashima, T. ,
Nogami, Y. ,
Ichimura, K. &
Tanda, S. ,
4月 1 2020 ,
In: Journal of Superconductivity and Novel Magnetism. 33 ,
4 ,
p. 953-958 6 p. 研究成果 › 査読
Superconducting materials
100%
Superconductor
85%
Anisotropy
79%
Superconducting Gap
50%
anisotropy
48%
Charge density waves
100%
Charge Density Wave
69%
Rare earths
55%
carbides
43%
Carbides
43%
Matsuda, M. ,
Iwamura, S. ,
Hamada, Y. ,
Ohishi, H. ,
Nishi, M. ,
Nogami, Y. ,
Ikeda, M. ,
Kanda, A. ,
Funasako, Y. ,
Mochida, T. ,
Nakao, A. &
Hanasaki, N. ,
2017 ,
In: Dalton Transactions. 46 ,
35 ,
p. 11800-11805 6 p. 研究成果 › 査読
Phthalocyanines
100%
Asymmetry
94%
Dipole Moment
82%
P42
65%
Tetraphenylphosphonium
62%
Hanasaki, N. ,
Shimomura, S. ,
Mikami, K. ,
Nogami, Y. ,
Nakao, H. &
Onodera, H. ,
2月 2 2017 ,
In: Physical Review B. 95 ,
8 , 085103.
研究成果 › 査読
Charge density waves
100%
Charge Density Wave
69%
Antiferromagnetic
43%
Spin density waves
26%
Magnetic Field
20%
Fujiwara, K. ,
Karasudani, T. ,
Fukunaga, M. ,
Kobayashi, H. ,
Kano, J. ,
Janolin, P. E. ,
Kiat, J. M. ,
Nogami, Y. ,
Kondo, R. &
Ikeda, N. ,
5月 19 2017 ,
In: Ferroelectrics. 512 ,
1 ,
p. 85-91 7 p. 研究成果 › 査読
Charge Ordering
100%
Superlattice
66%
X-Ray Laue Diffraction
47%
Vacancies
43%
Stoichiometry
43%