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Research article

First published 1999-06

Waste plastics: lignite mixtures co-liquefaction over Si/Al catalysts

Kostas Gimouhopoulos, Danae Doulia, Apostolos Vlyssides [...]

Waste Management & Research: The Journal for a Sustainable Circular Economy

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Research article

First published 1982-02

How Mixed Catalysts Differ'

B.A. Kottes Andrews, Robert M. Reinhardt

Textile Research Journal

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Research article

First published 1984-12

Differentiation of Catalyst Types in the Formaldehyde-Cotton Cellulose Reaction1

Elwood J. Gonzales, Stanley P. Rowland

Textile Research Journal

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Research article

First published 1999-3

Chemisorption of Lewis Bases on Zeolites – A New Interpretation of the Results †

L.K. Patrylak

Adsorption Science & Technology

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Research article

First published 2015-11

Catalytic conversion of N 2 O over palladium catalysts based on dealuminated faujasite

Hanene Najar, Mongia Saïd Zina, Gerard Delahay [...]

Progress in Reaction Kinetics and Mechanism

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Research article

First published 1964-07

The High-Temperature Reaction between Formaldehyde and Cellulose

Elias Klein, B.E.M. Bingham

Textile Research Journal

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Research article

First published 1980-05

Variables That Influence Formaldehyde Release from Cottons Finished for Durable Press 1

B.A. Kottes Andrews, R.J. Harper, Sidney L. Vail

Textile Research Journal

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Waste plastics: lignite mixtures co-liquefaction over Si/Al catalysts

How Mixed Catalysts Differ'

Differentiation of Catalyst Types in the Formaldehyde-Cotton Cellulose Reaction1

Chemisorption of Lewis Bases on Zeolites – A New Interpretation of the Results †

Catalytic conversion of N 2 O over palladium catalysts based on dealuminated faujasite

The High-Temperature Reaction between Formaldehyde and Cellulose

Variables That Influence Formaldehyde Release from Cottons Finished for Durable Press 1