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Dive into the research topics where Masataka Yano is active.

Publication


Featured researches published by Masataka Yano.


Isij International | 2000

Characteristics of jets from top-blown lance in converter

Kenichiro Naito; Yuji Ogawa; Takeo Inomoto; Shin-ya Kitamura; Masataka Yano


Tetsu To Hagane-journal of The Iron and Steel Institute of Japan | 1994

Decarburization Model for Vacuum Degasser

Shin-ya Kitamura; Masataka Yano; Kazuumi Harashima; Naoto Tsutsumi


Archive | 1994

Steel manufacturing method using converter

Masataka Yano; Yuji Ogawa; Masayuki Arai; Fumio Koizumi; Noriyuki Masumitsu; Hideaki Sasaki; Hiroshi Hirata; Yoshiaki Kusano; Hirobumi Maede


Steel Research International | 2003

Development of the Continuous Dephosphorization and Decarburization Process Using BOF

Yuji Ogawa; Masataka Yano; Shin-ya Kitamura; Hiroshi Hirata


Tetsu To Hagane-journal of The Iron and Steel Institute of Japan | 1994

Kinetics of Decarburization Reaction of Molten Steel with CO Bubble Evolution in Pressure Decreasing Stage

Kazuumi Harashima; Akihito Kiyose; Takeo Inomoto; Masataka Yano; Kenichi Miyazawa


Archive | 1994

Process for producing steel by converter

Masataka Yano; Yuji Ogawa; Masayuki Arai; Fumio Koizumi; Noriyuki Masumitsu; Hideaki Sasaki; Hiroshi Hirata; Yoshiaki Kusano; Hirobumi Maede


Isij International | 2015

Evaluation of the Chemical Vacuum Effect in Decarburization Treatment by Argon-injected Steel under Normal Atmosphere

Takeo Inomoto; Michitaka Matsuo; Masataka Yano


Isij International | 2015

Kinetic Study of the Nitrogen Removal Rate from Molten Steel (Normal Steel and 17 mass%Cr Steel) under CO Boiling or Argon Gas Injection

Takeo Inomoto; Shin-ya Kitamura; Masataka Yano


Bulletin of the Japan Institute of Metals | 2014

Development of the Continuous Dephosphorization Process using BOF

Yuji Ogawa; Masataka Yano; Masayuki Arai; Noriyuki Masumitsu; Masanori Kumakura


Isij International | 2016

Effect of the Chromium Content and Argon Bubbling in the Carbon Removal Rate from Low Carbon Liquid Steel under Reduced Pressure Condition

Takeo Inomoto; Michitaka Matsuo; Masataka Yano

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