| 8044件の論文が見つかりました。論文は出版年月日順に表示しています。（ヘルプ） | |
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| 梅田直樹, KISHIMOTO, Naoki, TAKEDA, Yoshihiko, 李致圭. Effects of Electronic Energy Deposition on Nanoparticle Distribution under High-Flux Cu- Implantation into Insulators . Material Research Society Symposium Proceedings. () | |
| KUMAKURA, Hiroaki, MATSUMOTO, Akiyoshi, FUJII, Hiroki, KITAGUCHI, Hitoshi, 戸叶一正, 根本善弘, 嶋邦弘, 戸叶一正, 根本善弘, 嶋邦弘. DEVELOPMENT OF HIGH PERFORMANCE Bi-2212 COMPOSITE CONDUCTORS. Journal of materials Processing Technology. () | |
| KISHIMOTO, Naoki, Renk Timothy J., Thompson Michael O., 糟谷紘一. Visible Photoluminescence of Gd-Doped SiO2 Films Fabricated by Pulsed Ion Beam Ablation with RHEPP-1. Material Research Society Symposium Proceedings. () | |
| 横道治男, 市原正樹, 坂井富美子, ITOH, Kikuo, KISHIMOTO, Naoki. Synthesis of Single Wall Carbon Nanotubes under High Magnetic Field by Arc Discharge. Material Research Society Symposium Proceedings. () | |
| YASUYUKI KATADA, UNO HIDEKI, SAGARA MASAYUKI, OGAWA MAKOTO, BABA HARUO, IWASAKI SATOSHI, SAKURAYA KAZUYUKI, HIRAOKA KAZUO, KODAMA TOSHIAKI, SHIGA CHIAKI. Creation of high nitroge-bearing stainless steel with highly corrosion resistant properties in seawater. Journal of Materials Processing Technology. () | |
| HIRAGA, Keijiro, 中野恵司, SUZUKI, Tohru, SAKKA, Yoshio. Cavity formation and Growth in a superplastic alumina containing zirconia particles. Materials Science Forum. () | |
| 田中秀雄, 村田正治, ABE, Fujio, 入江宏定, 田中秀雄, 村田正治, 入江宏定. Microstructural Evolution and Change in Hardness in Type 304H Stainless Steel During Long-Term Creep. Materials Science and Engineering 特集号. () | |
| Yuefeng Gu, Yamabe-Mitarai Y., Nakazawa S., Yuefeng Gu, Yamabe-Mitarai Y., Nakazawa S.. Microstructures and Fracture Behaviors of B-free and B-doped Ir3Nb (L12) Intermetallic Compounds. Materials Science and Engineering. () | |
| KIM, Byung-Nam, HIRAGA, Keijiro, SAKKA, Yoshio. Superplastic Alumina Ceramics Dispersed with Zirconia and Spinel Particles. Materials Science Forum. () | |
| 湯鋒, 中澤静夫, HAGIWARA, Masuo, 湯鋒, 中澤静夫. Effect of Quarternary Additions on Microstructure and Mechanical Properties of Orthorhombic Ti2AlNb-Based Alloy. Materials Science and Engineering A. () | |
