Topics in Catalysis

Preface
pp. 135-135(1)
Author: Spencer M.S.

Fundamentals of Methanol Synthesis and Decomposition
pp. 137-150(14)
Authors: Rozovskii A.Y.; Lin G.I.

Methanol Synthesis on Potassium-Modified Cu(100) from CO + H₂ and CO + CO₂ + H₂
pp. 151-160(10)
Authors: Maack M.; Friis-Jensen H.; Sckerl S.; Larsen J.H.; Chorkendorff I.

A Combined XPS/STM and TPD Study of the Chemisorption and Reactions of Methyl Mercaptan at a Cu(110) Surface
pp. 161-172(12)
Authors: Carley A.F.; Davies P.R.; Jones R.V.; Harikumar K.R.; Roberts M.W.; Welsby C.J.

Methanol Decomposition Over Copper/Silica: Effect of Temperature and Co-reactant on Carbon Deposition
pp. 173-182(10)
Authors: Jackson S.D.; Anderson D.S.; Kelly G.J.; Lear T.; Lennon D.; Watson S.R.

EXAFS and XPS Investigations of Cu/ZnO Catalysts and Their Interaction with CO and Methanol
pp. 183-189(7)
Authors: Kulkarni G.U.; Rao C.N.R.

Deactivation of Copper Metal Catalysts for Methanol Decomposition, Methanol Steam Reforming and Methanol Synthesis
pp. 191-203(13)
Authors: Twigg M.V.; Spencer M.S.

Steam Reforming of Methanol Over Cu/CeO₂ Catalysts Studied in Comparison with Cu/ZnO and Cu/Zn(Al)O Catalysts
pp. 205-213(9)
Authors: Liu Y.; Hayakawa T.; Tsunoda T.; Suzuki K.; Hamakawa S.; Murata K.; Shiozaki R.; Ishii T.; Kumagai M.

New Supported Pd and Pt Alloy Catalysts for Steam Reforming and Dehydrogenation of Methanol
pp. 215-224(10)
Authors: Iwasa N.; Takezawa N.

Supported Cu Catalysts with Yttria-Doped Ceria for Steam Reforming of Methanol
pp. 225-233(9)
Authors: Cheng W-H.; Chen I.; Liou J-s.; Lin S-S.

Selective Production of Hydrogen for Fuel Cells Via Oxidative Steam Reforming of Methanol Over CuZnAl Oxide Catalysts: Effect of Substitution of Zirconium and Cerium on the Catalytic Performance
pp. 235-244(10)
Authors: Velu S.; Suzuki K.

Mechanistic Aspects of Hydrogen Production by Partial Oxidation of Methanol Over Cu/ZnO Catalysts
pp. 245-251(7)
Authors: Espinosa L.A.; Lago R.M.; Peña M.A.; Fierro J.L.G.

Deactivation of Cu/ZnO/Al₂O₃ Catalyst: Evolution of Site Concentrations with Time
pp. 253-259(7)
Authors: Thurgood C.P.; Amphlett J.C.; Mann R.F.; Peppley B.A.

Methanol Decomposition to Synthesis Gas Over Supported Pd Catalysts Prepared from Hydrotalcite Precursors
pp. 261-269(9)
Authors: Shishido T.; Sameshima H.; Takehira K.

Methanol Decomposition and Synthesis Over Palladium Catalysts
pp. 271-275(5)
Authors: Matsumura Y.; Shen W-J.

On the Issue of the Active Site and the Role of ZnO in Cu/ZnO Methanol Synthesis Catalysts
pp. 277-285(9)
Authors: Nakamura J.; Choi Y.; Fujitani T.

Hydrogenation of CO₂ Over Skeletal Copper Surfaces Containing Precipitated ZnO
pp. 287-293(7)
Authors: Ma L.; Tran T.; Wainwright M.S.

Methanol Synthesis from CO₂ Using Skeletal Copper Catalysts Containing Co-precipitated Cr₂O₃ and ZnO
pp. 295-304(10)
Authors: Ma L.; Tran T.; Wainwright M.S.

Cu–ZnO and Cu–ZnO/Al₂O₃ Catalysts for the Reverse Water-Gas Shift Reaction. The Effect of the Cu/Zn Ratio on Precursor Characteristics and on the Activity of the Derived Catalysts
pp. 305-318(14)
Authors: Stone F.S.; Waller D.

The Preparation and Characterisation of Pd–ZnO Catalysts for Methanol Synthesis
pp. 319-324(6)
Authors: Kim C-H.; Lee J.S.; Trimm D.L.

Promotional SMSI Effect on Supported Palladium Catalysts for Methanol Synthesis
pp. 325-335(11)
Authors: Tsubaki N.; Fujimoto K.

Low-Temperature Methanol Synthesis in Catalytic Systems Composed of Copper-Based Oxides and Alkali Alkoxides in Liquid Media: Effects of Reaction Variables on Catalytic Performance
pp. 337-343(7)
Author: Ohyama S.

Brief Overview of the Partial Oxidation of Methane to Synthesis Gas
pp. 345-358(14)
Authors: York A.P.E.; Xiao T.; Green M.L.H.

On-Board Hydrogen Generation for Fuel Cell-Powered Vehicles: The Use of Methanol and Propane
pp. 359-367(9)
Authors: Avc A.K.; Önsan Z.I.; Trimm D.L.

Author Index
pp. 369-372(4)