Silica monolayer solid acid catalyst prepared by chemical vapor deposition method 化学蒸着法で調製したシリカモノレイヤー固体酸触媒
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Bibliographic Information
- Title
-
Silica monolayer solid acid catalyst prepared by chemical vapor deposition method
- Other Title
-
化学蒸着法で調製したシリカモノレイヤー固体酸触媒
- Author
-
片田, 直伸
- Author(Another name)
-
カタダ, ナオノブ
- University
-
名古屋大学
- Types of degree
-
博士 (工学)
- Grant ID
-
乙第4952号
- Degree year
-
1996-03-01
Note and Description
博士論文
名古屋大学博士学位論文 学位の種類:博士(工学) (論文) 学位授与年月日:平成8年3月1日
Table of Contents
- Contents / p3 (0004.jp2)
- Chapter 1.General Introduction / p1 (0006.jp2)
- Combined Oxide Solid-Acid Catalyst / p2 (0007.jp2)
- Chemical Vapor Deposition / p8 (0010.jp2)
- Sintering of Oxide Catalyst / p11 (0011.jp2)
- Objective and Scope / p14 (0013.jp2)
- References / p17 (0014.jp2)
- Chapter 2.Structure and Brønsted Acidity of Silica Monolayer / p25 (0018.jp2)
- 2-1 Silica Monolayer on γ-Alumina / p26 (0019.jp2)
- 2-2 Silica Monolayers on Titania and Zirconia / p44 (0028.jp2)
- 2-3 Application to Beckmann Rearrangement of Cyclohexanone Oxime into ɛ-Caprolactam / p56 (0034.jp2)
- 2-4 Germanium Oxide Monolayer / p63 (0037.jp2)
- Chapter 3.Origin of Brønsted Acid Site on Silica Monolayer / p71 (0041.jp2)
- 3-1 Mechanism for Growth of Silica Monolayer / p72 (0042.jp2)
- 3-2 Generation of Acidity by Network of Siloxane / p90 (0051.jp2)
- 3-3 Micro Structure of Brønsted Acid Site on Silica Monolayer / p102 (0057.jp2)
- Chapter 4.Thermal Stability and Heat-Resisting Acidity of Silica Monolayer on Alumina / p121 (0066.jp2)
- Synopsis / p122 (0067.jp2)
- Introduction / p122 (0067.jp2)
- Experimental / p124 (0068.jp2)
- Results / p126 (0069.jp2)
- Discussion / p132 (0072.jp2)
- Conclusion / p137 (0074.jp2)
- References / p138 (0075.jp2)
- Chapter 5.Conclusions and Future Prospects / p141 (0076.jp2)
- Summery of Each Chapter / p142 (0077.jp2)
- General Conclusions / p144 (0078.jp2)
- Future Prospects / p145 (0078.jp2)
- References / p147 (0079.jp2)
- List of Publications / p148 (0080.jp2)
- Other Publications / p150 (0081.jp2)