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Quantification of Brønsted acid site densities in zeolites: an INS investigation
As part of an on-going industrial/academic collaboration in to the application of neutron spectroscopy to probe commercially relevant zeolites, this proposal seeks to use the... -
Investigation of diffusion of branched alkanes in ZSM5
The diffusion coefficients of monobranched and dibranched (methyl)hexane and octane in industrially important zeolite ZSM5 will be measured along with their straight chain... -
The application of INS to investigate the methanol-to-gasoline reaction over ...
As part of a UK Catalysis Hub initiative in Catalyst Design involving a team of academic and industrial researchers, the methanol-to-gasoline reaction over zeolite catalysts is... -
Studies of the effect of steaming on catalyst-substrate interactions in ZSM-5...
ZSM-5 zeolites are used as additives in commercial Fluidised Catalytic Cracking (FCC) units to promote the conversion of olefinic gasoline fractions to LPG olefins. In this role... -
Structural characterisation of chemisorbed methoxy in ZSM5: an intermediate i...
Zeolites and zeotype materials are well established in the field of catalytic science. Particularly notable is their use for shape selective, acid-catalyzed conversions of... -
The application of INS to investigate the methanol-to-gasoline reaction over ...
We propose to use MERLIN to measure INS from commercial zeolite catalyst samples extracted from a reactor in which they have been exposed to dimethylether for different lengths... -
INS study of the first carbon-carbon bond formation stage in the methanol-to-...
Methanol-to-Hydrocarbons is an industrially relevant reaction. The generally accepted mechanism under steady state is the 'hydrocarbon pool' mechanism with the hydrocarbons... -
PROBING DRUG PHARMACODYNAMICS BY INS - THE EFFECT OF CISPLATIN-LIKE ANTICANCE...
Cancer is a growing health problem worldwide, and thus the development of effective chemotherapeutic approaches is crucial for improving human health. Much effort has been put...
