SoftComputing Techniques Applied to Catalytic Reactions.

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Development of New Materials by Combinatorial Techniques.

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Molecular design of catalysts: transition metal substituted zeolites.

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Combinatorial design of low temperature n-paraffin isomerisation catalyst and the use of neural networks for the scale-up of the process.

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Discovery of new LSR isomerisation catalysts based on metallic oxides applying combinatorial methods.

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Can artificial neural networks help the experimentation in catalysis?

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Styrene from Toluene: wich help from combinatorial catalysis.

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Genetic algorithm techiques applied to the development and optimisation of solid bifunctional catalysts for the isomerization of light paraffins.

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Aplicación de una red neuronal para la predicción de la reacción catalítica isomerización de n-octano.

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The Influence of Zeolite Composition on the Hydrogenation and Ring-Opening of 1-Methylnaphthalene over bifunctional Pt/USY Catalyst

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