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Confinement in molecular sieves: The pioneering physical concepts
Journal of Molecular Catalysis A: Chemical, 2009The activity of Prof. Eric G. Derouane expanded over numerous directions in zeolite chemistry, from the development of pioneering physical concepts to the optimization of chemical synthesis, including catalysis. His ideas were an inspiring basis of many modern experimental and theoretical studies for many researchers at the University of Namur. In this
Lucas, Amand +8 more
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Molecular Modeling and Molecular Graphics of Sorbates in Molecular Sieves
1993This contribution demonstrates the usefulness of molecular graphics, molecular mechanics, and molecular dynamics in the study of the structural, thermodynamic, and transport properties of different sorbates within various molecular sieves. Five significant applications to zeolite chemistry are reviewed.
Vercauteren, Daniel +5 more
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A Thirty-Year Journey to the Creation of the First Enantiomerically Enriched Molecular Sieve
ACS Catalysis, 2018In 1987, our research on how to synthesize a chiral zeolite began. Finally, in 2017, my co-workers and I succeeded in preparing and characterizing the first enantiomerically enriched molecular sieve.
Mark E. Davis
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Molecular sieve effects in chromatography
Analytica Chimica Acta, 1967Abstract The utilization of molecular sieve effects is reviewed. Applications to biochemical separations and the determination of molecular weights are discussed, as well as the properties of the different gels and the theory underlying their use.
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Vacuum, 1962
Abstract The use of molecular sieve as aorption material in cryogenic pumping techniqyes has found a number of important applications in the production of high vacua for experimental purposes, and in the routine evacuation of electronic valves. The main feature of this method of pumping is its freedom from pumping fluids.
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Abstract The use of molecular sieve as aorption material in cryogenic pumping techniqyes has found a number of important applications in the production of high vacua for experimental purposes, and in the routine evacuation of electronic valves. The main feature of this method of pumping is its freedom from pumping fluids.
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Chromatographia, 1970
Porous carbon black may be produced by thermal degradation of polymer like polyvinylidene chlorid under conditions, given in the literature. If the degradation reaction is optimized and followed by some additional treatment a carbon black is produced that has the properties of a molecular sieve with an inert surface which is extremely non polar as ...
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Porous carbon black may be produced by thermal degradation of polymer like polyvinylidene chlorid under conditions, given in the literature. If the degradation reaction is optimized and followed by some additional treatment a carbon black is produced that has the properties of a molecular sieve with an inert surface which is extremely non polar as ...
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Transactions of the Indian Ceramic Society, 1977
A special class of porous hydrous aluminosilicates, some of which occur as minerals in nature and some others can be synthesized in the laboratory, has assumed great importance in the field of chemical technology during the last decade. These are known as molecular sieve zeolites.
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A special class of porous hydrous aluminosilicates, some of which occur as minerals in nature and some others can be synthesized in the laboratory, has assumed great importance in the field of chemical technology during the last decade. These are known as molecular sieve zeolites.
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Collection of Czechoslovak Chemical Communications, 2003
Nanosized molecular sieves or colloidal zeolites are crystalline porous solids with particle sizes in the range of 10-1000 nm; they are synthesized from colloidal precursor solutions under hydrothermal conditions at temperatures lower than 100 °C. The complex mechanism by which nanosized microporous materials are assembling from framework constituent ...
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Nanosized molecular sieves or colloidal zeolites are crystalline porous solids with particle sizes in the range of 10-1000 nm; they are synthesized from colloidal precursor solutions under hydrothermal conditions at temperatures lower than 100 °C. The complex mechanism by which nanosized microporous materials are assembling from framework constituent ...
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1986
Several novel silicoaluminophosphate (SAPO) molecular sieves representing a broad variety of crystal structures and pore sizes ranging from small to large were evaluated for catalytic activity in the reactions of propylene oligomerization and toluene methylation.
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Several novel silicoaluminophosphate (SAPO) molecular sieves representing a broad variety of crystal structures and pore sizes ranging from small to large were evaluated for catalytic activity in the reactions of propylene oligomerization and toluene methylation.
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