Chapter
Chapter 2. Theoretical and experimental aspects of catalyst impregnation
pp.：
52 – 64
Chapter 3. Competitive adsorption of H2PtCl6 and HCl on Al2O3 in the preparation of naphtha reforming catalysts
pp.：
64 – 74
Chapter 4. The role of competitive adsorbate in the impregnation of platinum in pelleted alumina support
pp.：
74 – 86
Chapter 5. The influence of solvent nature of chloroplatinic acid used for support impregnation on the distribution, dispersity and activity of platinum hydrogenation catalysts
pp.：
86 – 98
Chapter 6. Influence of the various activation steps on the dispersion and the catalytic properties of platinum supported on chlorinated alumina
pp.：
98 – 108
Chapter 7. Preparation and properties of platinum crystallites supported on polycrystalline tin oxide
pp.：
108 – 118
Chapter 8. Synthesis and properties of Pt-Sn/A1203 catalysts by the method of molecular deposition
pp.：
118 – 128
Chapter 9. Production of silver bimetallic catalysts by liquid-phase reduction
pp.：
128 – 140
Chapter 10. Preparation and characterisation of highly dispersed palladium catalysts on low surface alumina. Their notable effects in hydrogenation
pp.：
140 – 152
Chapter 11. Preparation of colloidal particles of small size and their catalytic effect in redox processes induced by light
pp.：
152 – 164
Chapter 12. Synthesis, surface reactivity and catalytic activity of high specific surface area molybdenum nitride powders
pp.：
164 – 176
Chapter 13. The preparation of ceramic-coated metal-based catalysts
pp.：
176 – 186
Chapter 14. The design of pores in catalytic supports. Magnesia-aluminaaluminum phosphate
pp.：
186 – 198
Chapter 15. Dispersed-metal/oxide catalysts prepared by reduction of high surface area oxide solid solutions
pp.：
198 – 210
Chapter 16. Preparation of monodispersed nickel boride catalysts using reversed micellar systems
pp.：
210 – 220
Chapter 17. Thioresistant flammable gas sensing elements
pp.：
220 – 230
Chapter 18. The formation of active component layer in coated catalysts
pp.：
230 – 242
Chapter 19. Preparation of highly active composite oxides of silver for hydrogen and carbon monoxide oxidation
pp.：
242 – 254
Chapter 20. The effect of preparation method upon the structures, stability and metal/support interactions in nickel/alumina catalysts
pp.：
254 – 290
Chapter 21. An assessment of the influence of the preparation method, the nature of the carrier and the use of additives on the state, dispersion and reducibility of a deposited "nickel oxide" phase
pp.：
290 – 308
Chapter 22. Thermally and mechanically stable catalysts for steam reforming and methanation. A new concept in catalyst design
pp.：
308 – 318
Chapter 23. Synthesis of methanation catalysts by deposition-precipitation
pp.：
318 – 328
Chapter 24. Preparation of titania-supported catalysts by ion exchange, impregnation and homogeneous precipitation
pp.：
328 – 340
Chapter 25. Influence of phosphorus on the HDS activity of Ni-Mo!y-AI203 catalysts
pp.：
340 – 350
Chapter 26. Study of the influence of the preparation conditions on the final properties of a HDS catalyst
pp.：
350 – 360
Chapter 27. The evolution of Co species on the surface of y-Al2O3 and SiO2 modified with the pre-transition cations
pp.：
360 – 376
Chapter 28. Criteria for the evaluation of bauxite as carrier for low-cost hydrotreating catalysts
pp.：
376 – 386
Chapter 29. Preparation and properties of supported liquid phase catalysts for the hydroformylation of alkenes
pp.：
386 – 402
Chapter 30. Role of the metal-support interaction in the preparation of Fe/MgO catalysts
pp.：
402 – 412
Chapter 31. New Fischer-Tropsch catalysts of the aerogel type
pp.：
412 – 426
Chapter 32. Selective doping of a carbon substrate transition-metal ammonia catalyst
pp.：
426 – 438
Chapter 33. A study of the preparation and properties of precipitated iron catalysts for ammonia synthesis
pp.：
438 – 448
Chapter 34. Influence of the preparation technique of pd-silica catalysts on metal dispersion and catalytic activity
pp.：
448 – 458
Chapter 35. Preparation of non-pyrophoric metallic catalysts
pp.：
458 – 468
Chapter 36. Effect of metal-support interaction on the chemisorption and CO hydrogenation activity of FeRu catalysts
pp.：
468 – 480
Chapter 37. The palladium alumina systenl: influence of the preparation procedures on the structurp of tbe metallic phase
pp.：
480 – 490
Chapter 38. Bimetallic supported catalysts prepared via metal adsorption. Preparation and catalytic activity of Pd-Pt/Al203 catalysts
pp.：
490 – 502
Chapter 39. A scientific approach to the preparation of bulk mixed oxide catalysts
pp.：
502 – 538
Chapter 40. Deposition of ternary oxides as active components by impregnation of porous carriers
pp.：
538 – 548
Chapter 41. Effect of support and preparation on structure of vanadium oxide catalysts
pp.：
548 – 560
Chapter 42. Structural modifications of V-P mixed oxides during calcination in air or in a mixture of butenes-air
pp.：
560 – 570
Chapter 43. Method of impregnation with transition metal alkoxides. Vanadium-alumina and vanadium-silica systems
pp.：
570 – 580
Chapter 44. The significance of the mullite phase in a silver catalyst for the oxidation of ethylene into ethylene oxide
pp.：
580 – 588
Chapter 45. Preparation of active carbon supported oxidation catalysts
pp.：
588 – 596
Chapter 46. Influence of the preparation variables on the activity and on the mechanical properties of an industrial catalyst for the propylene oxidation to acrylic acid
pp.：
596 – 604
Chapter 47. Design and preparation of hydrocracking catalysts
pp.：
604 – 636
Chapter 48. Influence of sodium chloride on the catalytic properties of tellurium-loaded Y-zeolites
pp.：
636 – 648
Chapter 49. Control of the pore structure of pcrous alumina
pp.：
648 – 660
Chapter 50. The properties of commercial alumina base materials and their effect on the manufacture of active porous alumina supports by means of extrusion
pp.：
660 – 670
Chapter 51. Influence of aluminium hydroxide peptization on physical properties of alumina extrudates
pp.：
670 – 682
Chapter 52. Formation of silica gel porous structure
pp.：
682 – 692
Chapter 53. Study of the preparation of iron catalysts for liquefaction of coal by hydrogenation under pressure
pp.：
692 – 702
Chapter 54. Impregnation of y-alumina with copper chloride. Equilibrium behaviour, impregnation profiles and immobilization kinetics
pp.：
702 – 714
Chapter 55. Preparation of copper supported on metal oxides and methanol steam reforming reaction
pp.：
714 – 726
Chapter 56. Effect of preparation methods and promoters on activity and selectivity of Cu-ZnO-A1203-K catalysts in aliphatic alcohols synthesis from CO and H2
pp.：
726 – 740
Chapter 57. Preparation of Cu-Zn-Al mixed hydroxycarbonates precursors of catalysts for the synthesis of methanol at low pressure
pp.：
740 – 752
Chapter 58. Preparation and characterization of very active Cu/ZnO and Cu/ZnO/Al203 LTS catalysts using a single phase CU-Zn precursor compound
pp.：
752 – 764
Chapter 59. Cu/kieselguhr catalysts for hydration of acrylonitrile
pp.：
764 – 774
Chapter 60. Phase-structural characteristics of the oxide systems in their first stage of preparation using one of the ingredients of the catalyst compounds as a precipitating reagent
pp.：
774 – 782
Part I: MINISYMPOSIUM ON CATALYST NORMALIZATION
pp.：
782 – 850
List of participants
pp.：
850 – 870
Author index
pp.：
870 – 872
Preparation of Catalysts III
( Volume 16 )
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