Catalysis (Cambridge, 2011). - ОГЛАВЛЕНИЕ / CONTENTS
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ОбложкаCatalysis / ed. by J.J.Spivey, K.M.Dooley. - Cambridge: Royal Society of Chemistry, 2011. - x, 349 p.: ill. - (Specialist periodical reports; vol.23). - Incl. bibl. ref. - ISBN 978-1-84973-142-3; ISSN 0140-0568
 

Оглавление / Contents
 
Preface ......................................................... 5
   James J. Spivey

Key catalyst types for the efficient refining of Fischer-
Tropsch syncrude: alumina and phosphoric acid ................... 1
   Arno de Klerk
1  Introduction ................................................. 1
2  Alumina ...................................................... 2
3  Phosphoric acid ............................................. 17
   References .................................................. 43

Recent developments and achievements in partial oxidation
of methane with and without addition of steam .................. 50
   Roberto Lanza, Jorge A. Velasco and Sven G. Järås
1  Introduction ................................................ 50
2  Catalytic partial oxidation of methane without steam ........ 52
3  Catalytic partial oxidation of methane in presence of 
   steam ....................................................... 75
4  Conclusions ................................................. 89
   References .................................................. 89

Precious metal catalysts for deep hydrodesulfurization ......... 96
   John N. Kuhn
1  Introduction ................................................ 96
2  Monometallic precious metal catalysts ...................... 101
3  Functional oxide supports .................................. 117
4  Precious bimetal catalysts ................................. 120
5  Pore structure of support .................................. 130
6  Summary, challenges, and future research ................... 130
References .................................................... 132

Catalytic reactions studied by angle-resolved product
desorption .................................................... 139
   Tatsuo Matsushima and Kosuke Shobatake
1  Introduction ............................................... 139
2  Overview of structure informative desorption ............... 140
3  Apparatus .................................................. 141
4  CO oxidation ............................................... 145
5  Dissociative desorption .................................... 155
6  N2 emission in NO reduction ................................ 167
7  Summary .................................................... 173
Acknowledgements .............................................. 174
References .................................................... 174

Quantification of cluster size effect (structure
sensitivity) in heterogeneous catalysis ....................... 179
   Dmitry Yu. Murzin and Valentin N. Parmon
1  Introduction ............................................... 179
2  Kinetic model .............................................. 181
3  Comparison with experimental data .......................... 194
4  Conclusions ................................................ 200
References .................................................... 201

Photocatalysis in green chemistry and destruction of very
toxic compounds ............................................... 204
   Vasile I. Parvulescu and Hermenegildo Garcia
1  Introduction ............................................... 204
2  General principles ......................................... 206
3  Green chemistry under photocatalytic activation ............ 214
4  Destroying of very stable pesticides and warfare 
   compounds .................................................. 223
5  Conclusions ................................................ 244
Acknowledgement ............................................... 245
References .................................................... 245

Hierarchical zeolites: materials with improved accessibility
and enhanced catalytic activity ............................... 253
   D.P. Serrano, J. Aguado and J.M. Escola
1  Introduction ............................................... 253
2  Methods of preparation of hierarchical zeolites ............ 255
3  Singular features of hierarchical zeolites ................. 269
4  Catalytic applications ..................................... 276
5  Concluding remarks ......................................... 280
References .................................................... 280

Catalysis involved in dimethylether production and as an
intermediate in the generation of hydrocarbons via 
Fischer-Tropsch synthesis and MTG process ..................... 284
   Eduardo Falabella Sousa-Aguiar and Lucia Gorenstin Appel
1  Introduction: DME characteristics, properties and  
   applications ............................................... 284
2  Catalyst involved in the synthesis of DME .................. 293
3  DME as intermediate ........................................ 300
4  Conclusion ................................................. 310
Acknowledgements .............................................. 311
References .................................................... 311

Selective oxidation catalysis on rhenium-oxide catalysts ...... 316
   Mizuki Tada
   Introduction ............................................... 316
1  ReSb mixed-oxide catalysts for selective oxidation of 
   isobutylene ................................................ 316
2  ReSb mixed-oxide catalysts for selective ammoxidation of
   isobutylene ................................................ 321
3  ReSb mixed-oxide catalysts for selective ammoxidation of 
   isobutane .................................................. 325
4  ReSb mixed-oxide catalysts for selective oxidation of 
   methanol to methylal ....................................... 327
5  Oxide-supported Re-oxide catalysts for selective 
   oxidation of methanol to methylal .......................... 330
6  Zeolite-supported Re catalysts for selective oxidation of
   benzene to phenol .......................................... 334

Conclusions ................................................... 344
References .................................................... 344


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