Guidelines for Mastering the Properties of Molecular Sieves

Orientation of Chemical Properties by Direct Synthesis of Molecular Sieves.- Effects of substitution in SAPO-n frameworks on their properties as acid catalysts.- Zeolite synthesis and crystal tailoring.- New mobilizing and templating agents in the synthesis of crystalline microporous solids.- A 13C- and 129Xe- NMR study of the role of the tetraalkylammonium cations in the synthesis of high-silica zeolites.- Promoter effects on phase growth in aluminophosphate and silicalumino-phosphate gel systems.- Characterisation of Structural and Physicochemical Properties of Zeolitic Systems.- Recent advances in techniques for characterizing zeolite structures.- Recent progress in the understanding of chemical properties of zeolites.- The determination of (Si, Al) distribution in zeolites.- Solid state ion exchange-Phenomenon and mechanism.- Static and Dynamic Parameters in Adsorption and Catalysis in Zeolites.- Temperature dependence of the mobility of molecules sorbed in type A zeolites.- NMR-studies of molecular motion of hydrocarbons in different faujasites.- Zeolitic heteropolyoxometalates.- Localized and Overall Properties Related to the Nature and Structural Organization of the Framework Atoms.- On lattice dynamics, stability and acidity of zeolites.- Confinement effects in sorption and catalysis by zeolites.- Cooperative and localised effects in catalysis over zeolites.- Long range versus short range interactions in zeolites.- Acid function in zeolites: recent progress.- Directing activity and selectivity of large pore acid zeolites through the control of their physicochemical properties.- Orientation of the Path of Reactions (Catalysis, Adsorption) By Chemical or other Geometric or Non Geometric Effects.- Is the shape selectivity always responsible for the orientation of,the reaction path in zeolite catalysis?.- Factors influencing the selectivity of hydrocracking in zeolites.- Hydroisomerization and hydrocracking of alkanes. 6. Influence of the pore structure on the selectivity of Pt-zeolite.- The structural elements of faujasite and their impact on cracking selectivity.- Overview of the Workshop.- Relationship between the physicochemical properties of zeolitic systems and their low dimensionality.- Discussion Reports.- Orientations of Chemical Properties by direct synthesis of molecular sieves.- Characterisation of structural and physico-chemical properties of zeolitic systems.- Static and dynamic parameters in adsorption and catalysis in zeolites.- Localized and overall properties related to the nature and the structural organization of the framework atoms.- Orientation of the path of reactions (catalysis, adsorption) by chemical or other geometric or non geometric effects.- Participants.