Development of hexaaluminate catalysis for high temperature catalytic combustion ヘキサアルミネート系高温燃焼触媒材料の開発
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著者
書誌事項
- タイトル
-
Development of hexaaluminate catalysis for high temperature catalytic combustion
- タイトル別名
-
ヘキサアルミネート系高温燃焼触媒材料の開発
- 著者名
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町田, 正人
- 著者別名
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マチダ, マサト
- 学位授与大学
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九州大学
- 取得学位
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工学博士
- 学位授与番号
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乙第5091号
- 学位授与年月日
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1992-01-30
注記・抄録
博士論文
Chapter1 INTRODUCTORY SURVEY Chapter2 EFFECT OF ADDITIVES ON SURFACE AREA OF OXIDE SUPPORTS Chapter3 PREPARATION OF LARGE SURFACE AREA HEXAALUMINATE FROM METAL ALKOXIDES Chapter4 CRYSTALLOGRAPHIC ANALYSIS ON THERMAL STABILITY OF HEXAALUMINATE Chapter5 MATERIAL DESIGN OF COMBUSTION CATALYST BY STRUCTURAL MODIFICATION OF HEXAALUMINATE Chapter6 HIGH TEMPERATURE CATALYTIC COMBUSTION OVER HEXAALUMINATE CATALYST Chapter7 SUMMARY
目次
- Table of Contents / (0003.jp2)
- Chapter1 INTRODUCTORY SURVEY / p1 (0005.jp2)
- 1.1 General Background / p1 (0005.jp2)
- 1.2 Outline of the Thesis / p10 (0010.jp2)
- References / p14 (0012.jp2)
- Chapter2 EFFECT OF ADDITIVES ON SURFACE AREA OF OXIDE SUPPORTS / p16 (0013.jp2)
- 2.1 Introduction / p16 (0013.jp2)
- 2.2 Experimental / p17 (0013.jp2)
- 2.3 Surface Area of Oxide Support and Effect of Additives / p18 (0014.jp2)
- 2.4 Crystal Phase and Surface Area of Ba0-Al₂0₃ System / p20 (0015.jp2)
- 2.5 Effect of Hexaaluminate Formation on Surface Area / p24 (0017.jp2)
- 2.6 Comparison with other Alumina-Additive Systems / p26 (0018.jp2)
- 2.7 Conclusion / p27 (0018.jp2)
- References / p29 (0019.jp2)
- Chapter3 PREPARATION OF LARGE SURFACE AREA HEXAALUMINATE FROM METAL ALKOXIDES / p31 (0020.jp2)
- 3.1 Introduction / p31 (0020.jp2)
- 3.2 Experimental / p32 (0021.jp2)
- 3.3 Powder Properties of Alkoxide-Derived Hexaaluminate / p34 (0022.jp2)
- 3.4 Analysis on Formation Process of Hexaaluminate / p37 (0023.jp2)
- 3.5 Effect of Preparation Conditions on Surface Area of Alkoxide-Derived Hexaaluminate / p47 (0028.jp2)
- 3.6 Conlusion / p55 (0032.jp2)
- References / p56 (0033.jp2)
- Chapter4 CRYSTALLOGRAPHIC ANALYSIS ON THERMAL STABILITY OF HEXAALUMINATE / p57 (0033.jp2)
- 4.1 Introduction / p57 (0033.jp2)
- 4.2 Experimental / p58 (0034.jp2)
- 4.3 Crystal Structure of Hexaaluminate Compounds / p60 (0035.jp2)
- 4.4 Morphology and Orientation of Hexaaluminate Particles / p62 (0036.jp2)
- 4.5 Crystal Growth of Hexaaluminate during Heat Treatment / p64 (0037.jp2)
- 4.6 Relation between Crystal Growth and Oxygen Diffusion / p69 (0039.jp2)
- 4.7 Conclusion / p76 (0043.jp2)
- References / p78 (0044.jp2)
- Chapter5 MATERIAL DESIGN OF COMBUSTION CATALYST BY STRUCTURAL MODIFICATION OF HEXAALUMINATE / p79 (0044.jp2)
- 5.1 Introduction / p79 (0044.jp2)
- 5.2 Experimental / p81 (0045.jp2)
- 5.3 Preparative Strategy for High Temperature Catalysts / p83 (0046.jp2)
- 5.4 Catalytic Properties of Cation-Substituted Hexa-aluminate / p86 (0048.jp2)
- 5.5 Structural Modification of Hexaaluminate Catalyst / p95 (0052.jp2)
- 5.6 Conclusion / p108 (0059.jp2)
- References / p110 (0060.jp2)
- Chapter6 HIGH TEMPERATURE CATALYTIC COMBUSTION OVER HEXAALUMINATE CATALYST / p111 (0060.jp2)
- 6.1 Introduction / p111 (0060.jp2)
- 6.2 Experimental / p112 (0061.jp2)
- 6.3 Catalytic Combustion over Hexaaluminate Honeycomb Catalyst / p115 (0062.jp2)
- 6.4 Analysis on Catalyst Deactivation / p117 (0063.jp2)
- 6.5 Conclusion / p121 (0065.jp2)
- References / p122 (0066.jp2)
- Chapter7 SUMMARY / p123 (0066.jp2)