| The Miller Research Group |
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Agency/Project Title |
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The National Science Foundation
Next Generation Thermoplastics from
Biorenewable Carbonyl Compounds |
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Sumitomo Chemical Company Direct Polymerization of Ethylene to Branched Polyethylene |
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American Chemical Society - Petroleum Research Fund - Type
AC
Grant Replacing Polyvinyl Chloride with Novel Thermoplastics Derived from Natural Gas |
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University of Florida Department of Chemistry
and College of Liberal Arts and Sciences Startup Funds |
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The National Science Foundation
CAREER: Catalytic aldimine
coupling: A versatile carbon-carbon bond forming reaction |
|
The Robert A. Welch Foundation Controlling polyolefin architectures with sterically expanded transition metal polymerization catalysts |
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The Dow Chemical Company Chemical High temperature olefin polymerization catalysts |
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Texas Higher Education Coordinating Board - Advanced
Technology Program Development of novel commercial polyolefins from nanoscale catalysts |
|
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American Chemical Society - Petroleum Research Fund - Type G
Grant Dimerization, cyclization, and polymerization via aldimine coupling |
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Saudi Basic Industries Corporation
(SABIC) Graduate Fellowship to Khalid Al-Bahily |
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The Robert A. Welch Foundation New polyolefin architectures from next-generation transition metal polymerization catalysts |
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Research Corporation Innovation Award
Activation of carbon dioxide: Polyester formation via coordination polymerization of carbon dioxide and olefins |
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Texas A&M Department of Chemistry
and College of Science Startup Funds |
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