搜尋結果
1990
Sera, M. ,
Shamoto, S. ,
Sato, M. ,
Watanabe, I. ,
Nakashima, S. &
Kumagai, K. ,
1990 6月 ,
於: Solid State Communications. 74 ,
9 ,
p. 951-956 6 p. 研究成果: Article › 同行評審
Thermal Conductivity
100%
Thermal conductivity
95%
Oxides
90%
thermal conductivity
82%
oxides
65%
1989
Onoda, M. ,
Yamagata, S. ,
Shamoto, S. &
Sato, M. ,
1989 11月 ,
於: Solid State Communications. 72 ,
6 ,
p. 537-540 4 p. 研究成果: Article › 同行評審
Magnetoresistance
100%
Magnetism
91%
Transport properties
79%
Single crystals
72%
Antiferromagnetic
60%
Fujishita, H. ,
Shamoto, S. I. ,
Onoda, M. &
Sato, M. ,
1989 5月 ,
於: Japanese journal of applied physics. 28 ,
5R ,
p. 754-757 4 p. 研究成果: Article › 同行評審
Rietveld method
100%
Crystal structure
67%
Impurities
50%
Ions
48%
X rays
47%
Böni, P. ,
Axe, J. D. ,
Shirane, G. ,
Birgeneau, R. J. ,
Gabbe, D. R. ,
Jenssen, H. P. ,
Kastner, M. A. ,
Picone, P. J. ,
Thurston, T. R. ,
Sato, M. &
Shamoto, S. ,
1989 ,
於: Physica B: Physics of Condensed Matter. 156-157 ,
C ,
p. 902-905 4 p. 研究成果: Article › 同行評審
Phonons
100%
Crystal lattices
97%
Inelastic Neutron Scattering
88%
Structural Phase Transition
82%
Superconductivity
74%
Tranquada, J. M. ,
Shirane, G. ,
Keimer, B. ,
Shamoto, S. &
Sato, M. ,
1989 ,
於: Physical Review B. 40 ,
7 ,
p. 4503-4516 14 p. 研究成果: Article › 同行評審
Magnetic Excitation
100%
Neutron scattering
90%
Neutron Scattering
68%
Spin waves
68%
Spin Wave
66%
Thurston, T. R. ,
Birgeneau, R. J. ,
Gabbe, D. R. ,
Jenssen, H. P. ,
Kastner, M. A. ,
Picone, P. J. ,
Preyer, N. W. ,
Axe, J. D. ,
Böni, P. ,
Shirane, G. ,
Sato, M. ,
Fukuda, K. &
Shamoto, S. ,
1989 ,
於: Physical Review B. 39 ,
7 ,
p. 4327-4333 7 p. 研究成果: Article › 同行評審
neutron scattering
100%
phonons
78%
inelastic scattering
33%
superconductivity
32%
single crystals
23%
Sato, M. ,
Shamoto, S. ,
Sera, M. &
Fujishita, H. ,
1989 11月 ,
於: Solid State Communications. 72 ,
7 ,
p. 689-695 7 p. 研究成果: Article › 同行評審
Oxides
100%
Superconducting materials
76%
oxides
72%
Superconductor
65%
Oxide
62%
Oxide superconductors
100%
Superconductor
55%
Specific heat
52%
Electrons
49%
specific heat
38%
1988
Thermoelectric power
100%
Single crystals
79%
Thermoelectricity
76%
Magnetic Scattering
68%
Scattering
64%
Fukuda, K. ,
Shamoto, S. ,
Sato, M. &
Oka, K. ,
1988 3月 ,
於: Solid State Communications. 65 ,
11 ,
p. 1323-1328 6 p. 研究成果: Article › 同行評審
Magnetic susceptibility
100%
Magnetization
73%
Anisotropy
64%
Crystals
61%
Magnetic Susceptibility
60%
Electron tunneling
100%
BCS theory
84%
Superconducting materials
83%
Superconductor
72%
electron tunneling
70%
Superconducting materials
100%
Single crystals
87%
Superconductor
85%
Annealing
75%
Crystals
75%
Kastner, M. A. ,
Birgeneau, R. J. ,
Thurston, T. R. ,
Picone, P. J. ,
Jenssen, H. P. ,
Gabbe, D. R. ,
Sato, M. ,
Fukuda, K. ,
Shamoto, S. ,
Endoh, Y. ,
Yamada, K. &
Shirane, G. ,
1988 ,
於: Physical Review B. 38 ,
10 ,
p. 6636-6640 5 p. 研究成果: Article › 同行評審
neutron scattering
100%
temperature
11%
Sera, M. ,
Kondoh, S. ,
Ando, Y. ,
Fukuda, K. ,
Shamoto, S. ,
Onoda, M. &
Sato, M. ,
1988 5月 ,
於: Solid State Communications. 66 ,
7 ,
p. 707-709 3 p. 研究成果: Article › 同行評審
Oxides
100%
oxides
72%
Oxide
62%
X ray powder diffraction
58%
Lattice constants
57%
Takahashi, T. ,
Maeda, F. ,
Katayama-Yoshida, H. ,
Okabe, Y. ,
Suzuki, T. ,
Fujimori, A. ,
Hosoya, S. ,
Shamoto, S. &
Sato, M. ,
1988 ,
於: Physical Review B. 37 ,
16 ,
p. 9788-9791 4 p. 研究成果: Article › 同行評審
photoelectric emission
100%
single crystals
35%
x rays
25%
Crystal growth
100%
Superconducting materials
93%
Single crystals
81%
Superconductor
80%
Crystals
70%
Sato, M. ,
Shamoto, S. ,
Tranquada, J. M. ,
Shirane, G. &
Keimer, B. ,
1988 ,
於: Physical review letters. 61 ,
11 ,
p. 1317-1320 4 p. 研究成果: Article › 同行評審
wave excitation
100%
ridges
85%
magnons
84%
neutron scattering
75%
Raman spectra
66%
Raman scattering
100%
Scattering
64%
Raman spectra
53%
scattering
35%
Energy
32%
Ajiro, Y. ,
Kikuchi, H. ,
Sugiyama, S. I. ,
Nakashima, T. ,
Shamoto, S. I. ,
Nakayama, N. ,
Kiyama, M. ,
Yamamoto, N. &
Oka, Y. ,
1988 ,
於: Journal of the Physical Society of Japan. 57 ,
7 ,
p. 2268-2271 4 p. 研究成果: Article › 同行評審
vortices
100%
critical temperature
80%
dissociation
37%
activation energy
33%
crystals
21%
1987
Shamoto, S. ,
Onoda, M. ,
Sato, M. &
Hosoya, S. ,
1987 5月 ,
於: Solid State Communications. 62 ,
7 ,
p. 479-481 3 p. 研究成果: Article › 同行評審
Free Electron
100%
electron mass
97%
Anisotropy
81%
free electrons
77%
Electron Transport
75%
Shamoto, S. ,
Onoda, M. ,
Sato, M. &
Hosoya, S. ,
1987 1月 ,
於: Japanese journal of applied physics. 26 ,
S3-2 ,
p. 1131-1132 2 p. 研究成果: Article › 同行評審
Anisotropy
100%
Oxide superconductors
96%
Crystals
95%
Magnetic fields
84%
Electron Transport
77%
Onoda, M. ,
Shamoto, S. ,
Sato, M. &
Hosoya, S. ,
1987 4月 ,
於: Japanese journal of applied physics. 26 ,
4 A ,
p. L363-L365 研究成果: Article › 同行評審
Perovskite
100%
Crystal structure
93%
octahedrons
79%
perovskites
60%
crystal structure
57%
Onoda, M. ,
Shamoto, S. I. ,
Sato, M. &
Hosoya, S. ,
1987 5月 ,
於: Japanese journal of applied physics. 26 ,
5A ,
p. L876-L878 研究成果: Article › 同行評審
Crystal structure
100%
oxygen atoms
80%
Atoms
80%
crystal structure
61%
Superconductivity
39%
Shamoto, S. I. ,
Hosoya, S. ,
Onoda, M. &
Sato, M. ,
1987 4月 ,
於: Japanese journal of applied physics. 26 ,
4 A ,
p. L493-L494 研究成果: Article › 同行評審
Superconducting transition temperature
100%
Annealing
91%
Vacuum
81%
transition temperature
72%
Ceramic superconductors
63%
Sato, M. ,
Hosoya, S. ,
Shamoto, S. I. &
Onoda, M. ,
1987 1月 ,
於: Japanese journal of applied physics. 26 ,
S3-2 ,
p. 1025-1026 2 p. 研究成果: Article › 同行評審
Superconductivity
100%
Rare earth elements
90%
Atoms
67%
superconductivity
54%
Magnetic moments
50%
Hosoya, S. ,
Shamoto, S. I. ,
Onoda, M. &
Sato, M. ,
1987 4月 ,
於: Japanese journal of applied physics. 26 ,
4 A ,
p. L325-L362 研究成果: Article › 同行評審
Superconductivity
100%
Oxides
55%
superconductivity
54%
Superconducting transition temperature
47%
Atoms
44%
Shamoto, S. I. ,
Onoda, M. ,
Sato, M. &
Hosoya, S. ,
1987 5月 ,
於: Japanese journal of applied physics. 26 ,
5A ,
p. L642-L644 研究成果: Article › 同行評審
Superconductivity
100%
Oxides
55%
superconductivity
54%
X ray powder diffraction
49%
Rare earth elements
45%
Hosoya, S. ,
Shamoto, S. I. ,
Onoda, M. &
Sato, M. ,
1987 4月 ,
於: Japanese journal of applied physics. 26 ,
4 A ,
p. L456-L457 研究成果: Article › 同行評審
Magnetic moments
100%
Superconductivity
98%
Superconducting transition temperature
69%
Oxides
55%
superconductivity
54%
Fukuda, K. ,
Sato, M. ,
Shamoto, S. ,
Onoda, M. &
Hosoya, S. ,
1987 9月 ,
於: Solid State Communications. 63 ,
9 ,
p. 811-813 3 p. 研究成果: Article › 同行評審
Magnetic susceptibility
100%
Magnetic properties
75%
Single crystals
71%
Anisotropy
64%
Condensation
62%
Takahashi, T. ,
Maeda, F. ,
Arai, H. ,
Katayama-Yoshida, H. ,
Okabe, Y. ,
Suzuki, T. ,
Takakuwa, Y. ,
Hosoya, S. ,
Fujimori, A. ,
Miyahara, T. ,
Koide, T. ,
Shidara, T. ,
Sato, M. ,
Shamoto, S. &
Onoda, M. ,
1987 12月 ,
於: Physica B+C. 148 ,
1-3 ,
p. 476-479 4 p. 研究成果: Article › 同行評審
Electron correlations
100%
Valence bands
93%
Photoelectron spectroscopy
88%
Synchrotron radiation
73%
Band structure
72%
Onoda, M. ,
Shamoto, S. I. ,
Sato, M. &
Hosoya, S. ,
1987 1月 ,
於: Japanese journal of applied physics. 26 ,
S3-2 ,
p. 1049-1050 2 p. 研究成果: Article › 同行評審
Diffraction
100%
X rays
84%
Superconductivity
71%
Perovskite
63%
diffraction
49%
Sato, M. ,
Hosoya, S. ,
Fukuda, K. ,
Sera, M. ,
Onoda, M. ,
Shamoto, S. ,
Oka, K. &
Unoki, H. ,
1987 12月 ,
於: Physica B+C. 148 ,
1-3 ,
p. 363-365 3 p. 研究成果: Article › 同行評審
Oxide superconductors
100%
Magnetic susceptibility
79%
Energy gap
56%
Anisotropy
51%
Magnetic fields
43%
Sato, M. ,
Hosoya, S. ,
Shamoto, S. ,
Onoda, M. ,
Imaeda, K. &
Inokuchi, H. ,
1987 4月 ,
於: Solid State Communications. 62 ,
2 ,
p. 85-87 3 p. 研究成果: Article › 同行評審
Superconductivity
100%
Crystals
64%
superconductivity
54%
crystals
31%
Meissner Effect
29%
Takahashi, T. ,
Maeda, F. ,
Arai, H. ,
Katayama-Yoshida, H. ,
Okabe, Y. ,
Suzuki, T. ,
Hosoya, S. ,
Fujimori, A. ,
Shidara, T. ,
Koide, T. ,
Miyahara, T. ,
Onoda, M. ,
Shamoto, S. &
Sato, M. ,
1987 ,
於: Physical Review B. 36 ,
10 ,
p. 5686-5689 4 p. 研究成果: Article › 同行評審
synchrotron radiation
100%
photoelectric emission
97%
valence
81%
binding energy
31%
electrons
31%