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Technology for Productivity Improvement of Sintering Based on Designing of Composite Granulation and Bed Structure of Sinter Mixture

机译：基于烧结混合物复合造粒和床结构的烧结生产能力技术

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Chikashi Kamijo; Masaki Hara; Yasuhide Yamaguchi; Masahide Yoshikawa; Junya Kano; Masaru Matsumura; Takazou Kawaguchi;
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年度 2013
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1. Technology for Productivity Improvement of Sintering Based on Designing of Composite Granulation and Bed Structure of Sinter Mixture [J] . Chikashi KAMIJO, Masaki HARA, Yasuhide YAMAGUCHI, ISIJ international . 2013,第9期

机译：基于复合造粒和混合料床结构设计的烧结生产率提高技术
2. Technology for Productivity Improvement of Sintering Based on Designing of Composite Granulation and Bed Structure of Sinter Mixture [J] . Chikashi Kamijo, Masaki Hara, Yasuhide Yamaguchi, ISIJ international . 2013,第9期

机译：基于复合造粒和混合料床结构设计的烧结生产率提高技术
3. Improvement in the permeability of sintering beds by drying treatment after granulating sinter raw materials containing concentrates [J] . Zhou Hao, Lai Zhenya, Lv Laiquan, Advanced Powder Technology: The internation Journal of the Society of Powder Technology, Japan . 2020,第8期

机译：含有浓缩物的烧结原料干燥处理烧结床渗透性的改善
4. Technology for Improvement sinter productivity and sinter strength in the sintering process by Gas Fuel and oxygen Injection Technology -Development of Gas Fuel and oxygen Injection Technology in Iron Ore Sintering [C] . SHUNSUKE OURA, YUJI IWAMI, TOSHIYUKI HIROSAWA European Steel Technology and Application Days . 2017

机译：通过气体燃料和氧注射技术改善烧结过程中的烧结过程中的烧结工艺技术 - 铁矿石烧结中的气体燃料和氧注射技术的开发
5. A systematic approach for on-site productivity improvement with proposed construction productivity improvement officer (CPIO) role and Task Based Productivity Loss Control and Improvement (TBPLCI) framework. [D] . Ranasinghe, Upul. 2012

机译：一种系统的现场生产力改善方法，该方法具有拟议的建筑生产力改善官员（CPIO）角色和基于任务的生产力损失控制与改善（TBPLCI）框架。
6. Impact of the Morphology of Micro- and Nanosized Powder Mixtures on the Microstructure of Mg-Mg2Si-CNT Composite Sinters [O] . Anita Olszówka-Myalska, Patryk Wrześniowski, Hanna Myalska, 2019

机译：微米和纳米粉末混合物的形态对Mg-Mg2Si-CNT复合烧结体微观结构的影响
7. Improvement of Sinter Productivity by Adding Return Fine on Raw Materials after Granulation Stage [O] . Masaru Matsumura, Yasuhide Yamaguchi, Masaki Hara, 2014

机译：通过在造粒阶段加入返回原料的返回精细提高烧结优质

Technology for Productivity Improvement of Sintering Based on Designing of Composite Granulation and Bed Structure of Sinter Mixture

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