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A Mechanistic Investigation on 1,5- to 2,6-Dimethylnaphthalene Isomerization Catalyzed by Acidic Beta Zeolite: An ONIOM Study with a Newly Developed Density Functional Theory Chawanwit Kumsapaya a,b, Karan Bobuatong a,b,
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Document Date: 2014-06-04 17:46:18


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File Size: 1,85 MB

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Company

Revision C Gaussian Inc. / Amoco / J.A.S. / Chem Systems / /

Country

Thailand / /

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Facility

Research and Development Institute / Kasetsart University / Kasetsart University Research and Development Institute / /

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IndustryTerm

active site / large systems / energy barrier / predicted energy barrier / perpendicular 12MR channel systems / energy profiles / perpendicular 12T channel systems / chemical bond / energy profile / adsorption energy / diffusional energy barrier / activation energy / chemical kinetics parameter / calculated binding energy / /

Organization

Faculty of Science / Commission on Higher Education / National Science and Technology Development Agency / National Nanotechnology Center / Kasetsart University Research and Development Institute / Kasetsart University Graduate School / Laboratory for Computational and Applied Chemistry / Thailand Research Fund / NANOTEC Center of Excellence / Research and Development Institute / Ministry of Education / Kasetsart University / Bangkok / Chemistry Department / /

Person

Yan Zhao / Donald G. Truhlar / Karan Bobuatong / /

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Position

R. D. J. / Professor / Chair / General / /

ProvinceOrState

Minnesota / /

PublishedMedium

Advanced Materials / /

Technology

polymerization / condensation / simulation / /

URL

www.nsti.org / /

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