Chadwick lab:Research: Difference between revisions
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<p>Dr. Chadwick's research interests include the crystal engineering of cocrystals, polymorphs and salts with desired physicochemical properties, developing mechanistic understanding of crystal nucleation and the control of crystal habit (morphology). The overall vision of his research is for the rational design of materials, such as small molecule pharmaceuticals, by controlling the internal and external three-dimensional structures of crystals.</p> | <p>Dr. Chadwick's research interests include the crystal engineering of cocrystals, polymorphs and salts with desired physicochemical properties, developing mechanistic understanding of crystal nucleation and the control of crystal habit (morphology). The overall vision of his research is for the rational design of materials, such as small molecule pharmaceuticals, by controlling the internal and external three-dimensional structures of crystals.</p> | ||
<p>[http://www.ipph.purdue.edu/newsletter/2014-06/#research <strong>Research Spotlight: Crystallization]</strong>, from the June 2014 <em>Industrial & Physical Pharmacy Newsletter</em>. | <br /> | ||
<p>[http://www.ipph.purdue.edu/newsletter/2014-06/#research <strong>Research Spotlight: Crystallization]</strong>, from the June 2014 <em>Industrial & Physical Pharmacy Newsletter</em>.</p> | |||
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Latest revision as of 09:09, 27 April 2015
Major research interests
Dr. Chadwick's research interests include the crystal engineering of cocrystals, polymorphs and salts with desired physicochemical properties, developing mechanistic understanding of crystal nucleation and the control of crystal habit (morphology). The overall vision of his research is for the rational design of materials, such as small molecule pharmaceuticals, by controlling the internal and external three-dimensional structures of crystals.
Research Spotlight: Crystallization, from the June 2014 Industrial & Physical Pharmacy Newsletter.
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