フォロー
Daisuke Maruoka
Daisuke Maruoka
確認したメール アドレス: material.tohoku.ac.jp
タイトル
引用先
引用先
Recovery of mechanical strength by surface crack disappearance via thermal oxidation for nano-Ni/Al2O3 hybrid materials
D Maruoka, M Nanko
Ceramics International 39 (3), 3221-3229, 2013
382013
Crack disappearance by high-temperature oxidation of alumina toughened by Ni nano-particles
AL Salas-Villaseñor, J Lemus-Ruiz, M Nanko, D Maruoka
Advanced Materials Research 68, 34-43, 2009
242009
Influences of Al2O3 grain size on high-temperature oxidation of nano-Ni/Al2O3 composites
HV Pham, D Maruoka, M Nanko
Journal of Asian Ceramic Societies 4 (1), 120-123, 2016
212016
Influence of Si-Doping of Nano-Ni Dispersed Al2O3 Composites on High-Temperature Oxidation
D Maruoka, M Nanko
Materials transactions 51 (9), 1570-1573, 2010
152010
Temperature variation of nonradiative carrier recombination processes in high-quality thin films grown by molecular beam epitaxy
K Yoshino, D Maruoka, T Ikari, PJ Fons, S Niki, A Yamada
Applied Physics Letters 77 (2), 259-261, 2000
132000
Crack Healing of Nano-Ni/Al2O3 Hybrid Materials via High-Temperature Oxidation
D Maruoka, M Nanko
Materials Science Forum 696, 378-383, 2011
102011
Recovery of mechanical property on nano-Co particles dispersed Al2O3 via high-temperature oxidation
D Maruoka, T Itaya, T Misaki, M Nanko
Materials Transactions 53 (10), 1816-1821, 2012
82012
Piezoelectric photoacoustic spectra of bulk CuIn3Se5 crystals grown by the traveling heater method
K Yoshino, M Kawahara, D Maruoka, K Maeda, A Fukuyama, H Miyake, ...
Ternary and Multinary Compounds, 609-612, 2020
72020
Improved Crack Healing and High‐Temperature Oxidation Resistance of Ni/Al2O3 by Y or Si Doping
D Maruoka, M Nanko
Journal of the American Ceramic Society 99 (7), 2451-2457, 2016
72016
Advanced ceramic composite using self-healing and fiber-Reinforcement
W Nakao, D Maruoka, S Ozaki, M Nanko, T Osada
Mechanical Properties and Performance of Engineering Ceramics and Composites …, 2014
72014
Morphology Change and Carburization Characteristic of Iron Ore-Coal Composite During Reduction under a Simulated Condition of Blast Furnace
TY Huang, D Maruoka, T Murakami, E Kasai
Isij International 59 (11), 1982-1990, 2019
62019
High‐Temperature Oxidation of Y2O3‐Doped Al2O3 Matrix Composites Dispersed with Nano‐Ni Particles
M Nanko, D Maruoka, Y Sato
International Journal of Applied Ceramic Technology 9 (1), 172-177, 2012
62012
Crack-healing effectiveness of nano Ni+ SiC Co-dispersed alumina hybrid materials
D Maruoka, Y Sato, M Nanko
Advanced Materials Research 89, 365-370, 2010
62010
Effect of hydrogen concentration in reducing gas on the changes in mineral phases during reduction of iron ore sinter
T Murakami, H Wakabayashi, D Maruoka, E Kasai
Isij International 60 (12), 2678-2685, 2020
52020
Effect of Types of Carbonaceous Material and CaO Addition on Reduction Behavior of Pre-reduced Iron Ore–Carbon Composite
T Murakami, H Shinomiya, D Maruoka, E Kasai
Isij International 59 (6), 1011-1017, 2019
32019
Rapid carbonization process using heat storage materials and characterization of the obtained char
D Maruoka, T Nakamura, T Murakami, E Kasai
Tetsu-To-Hagane/Journal of the Iron and Steel Institute of Japan 102 (12 …, 2016
32016
Crack-healing function of metal/Al2O3 hybrid materials
M Nanko, D Maruoka, TD Nguyen
IOP Conference Series: Materials Science and Engineering 18 (8), 082005, 2011
32011
Crack self-repairing of nano-metal/Al2O3 hybrid materials
M Nanko, D Maruoka, PV Hai, ND Thuy
Transaction on GIGAKU 1, 1022, 2012
22012
Reduction of Iron Ore by Uncarbonized Biomass in a Rotary Kiln Type Furnace
T Murakami, R Higashi, D Maruoka, E Kasai
Isij International 61 (12), 2971-2978, 2021
12021
Effect of Ore Type and Gangue Content on Carburization and Melting Behavior of Carbon-Iron Ore Composite
R Higashi, K Owaki, D Maruoka, T Murakami, E Kasai
Isij International 61 (6), 1808-1813, 2021
12021
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論文 1–20