Development of production and utilization technology of coke with high strength and high reactivity (Japanese)
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In:
Tetsu-to-hagane (Journal of the Iron and Steel Institute of Japan)
;
96
, 5
;
201-208
;
2010
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ISSN:
- Article (Journal) / Print
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Title:Development of production and utilization technology of coke with high strength and high reactivity
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Additional title:Entwicklung einer Technologie zur Herstellung und Nutzung von Koks mit hoher Festigkeit und Reduktionsfähigkeit
Titel japanisch -
Contributors:
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Published in:Tetsu-to-hagane (Journal of the Iron and Steel Institute of Japan) ; 96, 5 ; 201-208
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Publisher:
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Publication date:2010
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Size:8 Seiten, 16 Bilder, 2 Tabellen, 30 Quellen
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ISSN:
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DOI:
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Type of media:Article (Journal)
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Type of material:Print
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Language:Japanese
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Keywords:
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Source:
Table of contents – Volume 96, Issue 5
The tables of contents are generated automatically and are based on the data records of the individual contributions available in the index of the TIB portal. The display of the Tables of Contents may therefore be incomplete.
- 185
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Preface: Preface to the Special Issue on "Challenge to the Production of High Quality Coke aiming at Maximum Usage of Low Quality Coal and Efficient Operation of Blast Furnace"Miura, Kouichi et al. | 2010
- 186
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Review: Research and Development History of Coke Manufacturing in JapanSanada, Yuzo et al. | 2010
- 186
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Research and development history of coke manufacturing in JapanSanada, Yuzo et al. | 2010
- 196
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Development of New Cokemaking Technology (SCOPE21)Kato, Kenji et al. | 2010
- 201
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Development of Production and Utilization Technology of Coke with High Strength and High ReactivityNaito, Masaaki et al. | 2010
- 209
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Research Prospect on Coke Reactivity aiming at Low RAR Blast Furnace OperationShimoyama, Izumi et al. | 2010
- 218
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Production of High Strength Coke and Low Rank Coal Utilization: Regular Article: Addition Effects of Coal Extract Fractions on Coke StrengthUeoka, Kenta et al. | 2010
- 218
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Addition effects of coal extract fractions on coke strengthUeoka, Kenta / Koyano, Koji / Takanohashi, Toshimasa / Fukada, Kiyoshi / Ota, Kohei et al. | 2010
- 224
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Addition Effect of Model Compounds of Coal Extract on Coke StrengthKoyano, Koji et al. | 2010
- 230
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Enhancement of Caking Property of Slightly Caking Coal by Addition of Hydrogen DonorSugano, Motoyuki et al. | 2010
- 240
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Development of Upgrading Method of Low Rank Coal for its Utilization in Cokemaking ProcessAshida, Ryuichi et al. | 2010
- 249
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Influence of Fe203 and CaCO3 Addition on the Coking of Gooneylla CoalKannari, Naokatsu et al. | 2010
- 249
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Influence of Fe2O3 and CaCO3 addition on the coking of Goonyella coalKannari, Naokatsu / Takakusagi, Keita / Ozaki, Jun-ichi / Harada, Yasuyuki / Anraku, Daisuke / Fujimoto, Hidekazu et al. | 2010
- 258
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Effect of bubble growth on coarse defect generation behavior in cokeSumi, Hiroyuki / Shimoyama, Izumi / Anyashiki, Takashi / Fukada, Kiyoshi / Fujimoto, Hidekazu et al. | 2010
- 258
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Mechanism and Production of Highly Reactive Coke: Regular Article: Effect of Bubble Growth on Coarse Defect Generation Behavior in CokeSumi, Hiroyuki et al. | 2010
- 265
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Coking Pressure Control by Selective Crushing of High Coking Pressure CoalNomura, Seiji et al. | 2010
- 272
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Preparation of Highly Reactive and High Strength Coke by the Addition of Ca-ion Exchanged Brown CoalOrikasa, Hironori et al. | 2010
- 280
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Role of Fe203 and CaCO3 on the Development of Carbon Structure of Coke and their Catalytic Activity for GasificationSharma, Atul et al. | 2010
- 280
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Role of Fe2O3 and CaCO3 on the development of carbon structure of coke and their catalytic activity for gasificationSharma, Atul / Uebo, Kazuya / Kubota, Yukihiro et al. | 2010
- 288
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Reaction Behavior of Coke with Iron Oxide CatalystYamamoto, Yuichiro et al. | 2010
- 297
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In Situ Observation and Reaction Mechanism of Iron Oxide Catalyst added to CokeYamamoto, Yuichiro et al. | 2010
- 305
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Analysis of Coke Degradation and its Effect on Blast Furnace Operation: Regular Article: Failure Strength of Cokes Reacted with CO2Hakiri, Norio et al. | 2010
- 305
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Failure strength of cokes reacted with CO2Hakiri, Norio / Sakai, Mototsugu / Nomura, Seiji / Aizawa, Sadayoshi et al. | 2010
- 313
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Analysis of Fracture Behavior of Coke with Non-adhesion Region Boundaries by Rigid Bodies-Spring ModelHiraki, Kenichi et al. | 2010
- 319
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Effect of Coke Reactivity on Blast Furnace Operation and Coke Reaction BehaviorNogami, Hiroshi et al. | 2010
- 328
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Quantitative Evaluation of Relationship between Coke Strength and Pore StructureKubota, Yukihiro et al. | 2010
- 337
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Mechanism of Fine Coke Generation under Drum TestAizawa, Sadayoshi et al. | 2010
- 344
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Improvement of Coke Strength by PVA Coating on the Surface of CokeNishimura, Masaru et al. | 2010
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Special Issue on "Challenge to the Production of High Quality Coke aiming at Maximum Usage of Low Quality Coal and Efficient Operation of Blast Furnace"| 2010