Phosphorous partition in dephosphorization slag occurring with crystallization at initial stage of solidification
Pham Khanh Son; Yoshiaki Kashiwaya
ISIJ INTERNATIONAL, 2008年, 査読有り
Simulation test for crystallization of inclusions in semi-killed steels during heat treatment prior to hot rolling
Chong Zhao; Sung-Mo Jung; Yoshiaki Kashiwaya; Henri Gaye; Hae-Geon Lee
ISIJ INTERNATIONAL, 2008年, 査読有り
Generation of polyacetylene sulfoxide radicals through spin migration from the main-chain to the sulfoxide moiety in the side chain of poly [p-(n-butylsulfoxide)phenylacetylene] prepared with a [Rh(norbornadiene)C1](2) catalyst
TTT and CCT diagrams and crystallization behavior of various slags
P.K. Son; T. Nakauchi; S. Akiyama; Y. Kashiwaya; K. Ishii
4th International Congress on the Science and Technology of Ironmarking, ICSTI 2006, Proceedings, 2006年, 査読有り
ミリングによって導入される炭素-酸化鉄ミクロ接合体の高速反応とその可能性
柏谷 悦章; 石井 邦宜
材料とプロセス : 日本鉄鋼協会講演論文集 = Current advances in materials and processes : report of the ISIJ meeting, 2005年03月01日
攪拌条件下におけるメタンハイドレート生成に及ぼす酸化鉄-炭素触媒の影響
高畑 雅博; 柏谷 悦章; 石井 邦宜
材料とプロセス : 日本鉄鋼協会講演論文集 = Current advances in materials and processes : report of the ISIJ meeting, 2005年03月01日
Effect of oxides addition on the reduction of hematite and graphite mixture obtained by the mechanical milling
Y. Kashiwaya; R. Suzuki; K. Ishii
2nd International Meeting on Ironmaking and 1st International Symposium on Iron Ore and Parallel Event- 5th Japan-Brazil Symposium on Dust Processing-Energy-Environment on Metallurgical Industries, 2004年, 査読有り
Reduction behavior having ultra-high rate on the hematite-graphite mixture after ball milling
カップリング反応;カップリング反応の定量化;炭素-酸化鉄直接反応;炭素還元;EBSP;結晶方位;ヘマタイト;マグネタイト, Coupling reaction;Quantification of coupling reaction;Direct reaction between iron oxide and carbon
プラズマ分光学;アルゴンア-クプラズマ;マルチチャンネル測光;金属の溶解;金属蒸気密度;プラズマの温度;アルゴンアークプラズマ;プラズマの温度分布;分光測定;水素の影響;金属の強制蒸発;金属プラズマ, Plasma Spectrometry;Ar Arc Plasma;Multichannel Spectrophotometer;Plasma Melting of Metal;Vaporization of Metal;Metal Vapor Density;Temperature of Plasma
溶融酸化鉄還元;スラグーメタル反応;反応速度;反応界面面積;X線透視法;画像処理;鉄鋼製錬工学;スラグ-メタル反応, Reduction of Liquid Iron Oxide;Slag-Metal Reaction;Reaction Kinetics;Area of Reaction Interface;X-ray Fluoroscopy