Nanometer-size hard magnetic ferrite exhibiting high optical-transparency and nonlinear optical-magnetoelectric effect S Ohkoshi, A Namai, K Imoto, M Yoshikiyo, W Tarora, K Nakagawa, ...
Scientific reports 5 (1), 14414, 2015
106 2015 Static compression of A Onodera, H Hirano, T Yuasa, NF Gao, Y Miyamoto
Applied physics letters 74 (25), 3782-3784, 1999
90 1999 A photoswitchable polar crystal that exhibits superionic conduction S Ohkoshi, K Nakagawa, K Imoto, H Tokoro, Y Shibata, K Okamoto, ...
Nature Chemistry 12 (4), 338-344, 2020
72 2020 Structural Phase Transition between γ-Ti3 O5 and δ-Ti3 O5 by Breaking of a One-Dimensionally Conducting Pathway K Tanaka, T Nasu, Y Miyamoto, N Ozaki, S Tanaka, T Nagata, F Hakoe, ...
Crystal Growth & Design 15 (2), 653-657, 2015
58 2015 Humidity dependency of the thermal phase transition of a cyano bridged Co–W bimetal assembly N Ozaki, H Tokoro, Y Miyamoto, S Ohkoshi
New Journal of Chemistry 38 (5), 1950-1954, 2014
21 2014 Photo-induced magnetization and first-principles calculations of a two-dimensional cyanide-bridged Co–W bimetal assembly Y Miyamoto, T Nasu, N Ozaki, Y Umeta, H Tokoro, K Nakabayashi, ...
Dalton Transactions 45 (48), 19249-19256, 2016
17 2016 Humidity‐Induced Switching between Two Magnetic and Structural Phases in a CoII ‐[WV (CN)8 ] Molecular Magnet K Komori‐Orisaku, O Stefańczyk, S Ohishi, N Ozaki, Y Miyamoto, K Imoto, ...
Chemistry–A European Journal 25 (47), 11066-11073, 2019
16 2019 Phonon-Mode Calculation, Far- and Mid-Infrared, and Raman Spectra of an ε-Ga0.5 Fe1.5 O3 Magnet S Ohkoshi, M Yoshikiyo, Y Umeta, M Komine, R Fujiwara, H Tokoro, ...
The Journal of Physical Chemistry C 121 (10), 5812-5819, 2017
10 2017 Syntheses, crystal structures, and magnetic properties of Mn–Nb and Co–Nb cyanido-bridged bimetallic assemblies K Imoto, M Takemura, K Nakabayashi, Y Miyamoto, K Komori-Orisaku, ...
Inorganica Chimica Acta 425, 92-99, 2015
8 2015 Magnetization‐Induced Second Harmonic Generation (MSHG) in a Pentacyanidonitrosylmolybdate‐Based Piezoelectric Ferrimagnet M Komine, K Imoto, Y Miyamoto, K Nakabayashi, S Ohkoshi
European Journal of Inorganic Chemistry 2018 (12), 1367-1370, 2018
6 2018 Magnetic Lotus root based on a cyanido-bridged Co–W metal assembly K Nakabayashi, S Chorazy, M Komine, Y Miyamoto, D Takahashi, ...
Crystal Growth & Design 17 (9), 4511-4515, 2017
6 2017 Magnetic material loaded with magnetic alloy particles and method for producing said magnetic material S Ohkoshi, A Namai, M Yoshikiyo, K Tanaka, N Tomomichi, Y Miyamoto, ...
US Patent App. 15/324,353, 2017
6 2017 Investigation on novel features during reactive synthesis of Ti3SiC2 ceramic JT Li, Y Miyamoto
Proceeding of The First China International Conference on High-performance …, 1999
5 1999 High thermal durability of a layered Cs 4 Co II [WV (CN) 8] Cl 3 framework: crystallographic and 133 Cs NMR spectroscopic studies K Nakabayashi, S Chorazy, Y Miyamoto, T Fujimoto, K Yazawa, ...
CrystEngComm 18 (48), 9236-9242, 2016
3 2016 Magnetic powder for magnetic recording medium, and production method thereof A Onodera, Y Miyamoto, M Koshiko, T Tada, T Fujimoto
US Patent App. 18/127,707, 2023
2023 Magnetic powder for magnetic recording medium, and production method thereof A Onodera, Y Miyamoto, M Koshiko, T Tada, T Fujimoto
US Patent App. 18/127,722, 2023
2023 Dispersed iron oxide magnetic powder slurry and method for producing same Y Miyamoto
US Patent App. 17/924,163, 2023
2023 Iron-based oxide magnetic powder and method for producing same S Ohkoshi, A NAMA, H Tokoro, M Yoshikiyo, K Yamaga, Y Miyamoto, ...
US Patent App. 17/764,229, 2022
2022 Iron-based oxide magnetic powder and method for producing same Y Miyamoto, K Yamaga, Y Mineyama
US Patent App. 17/762,423, 2022
2022 Cover Feature: Humidity‐Induced Switching between Two Magnetic and Structural Phases in a CoII ‐[WV (CN)8 ] Molecular Magnet (Chem. Eur. J. 47/2019) K Komori‐Orisaku, O Stefańczyk, S Ohishi, N Ozaki, Y Miyamoto, K Imoto, ...
Chemistry–A European Journal 25 (47), 10972-10972, 2019
2019 
Shu TanakaAssociate Professor, Department of Applied Physics and Physico-Informatics, Keio UniversityZweryfikowany adres z appi.keio.ac.jp
