Materials chemistry. Materials science. Spectroscopy. Polymer science. Physical Chemistry. General Physics. Technical writing. General Applied Mathematics. Nanomaterials. Optoelectronic Behavior. Science Policy.
Teaching: General Inorganic Chemistry I & II, Organic Chemistry I & II, Physical Chemistry I, Polymeric Materials, General Physics I, Calculus I & II
My prior experience includes the United States Army and three years as a development chemist in industry.
Currently I am the Assistant Director of the Laboratory for Synthetic Biological Interactions. All told, 13 years of experience in research, development and science education.
Texas A&M University, American Chemical Society, POLY-ACS, SPIE
Journal of the American Chemical Society, Nanoletters, Journal of Physical Chemistry C, Journal of Physical Chemistry Letters, Ultramicroscopy Proceedings of SPIE, Proceedings of MRS, Polymer News, Chemical and Engineering News, Nano Letters, Small, Chemistry.org, Angewandte
PhD Macromolecular Science and Engineering (Photophysics/Nanomaterials Concentration), MS Materials Science, BS Chemistry and Physics, Graduate Certificate in Science Policy, AAS Chemical Technology, AAS Engineering Technology
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--- Update to Old Answer --- So, a little bird told me that you are actually concerned with total energy transfer and not heat transfer alone: Under those circumstances, there are a couple things
Ultimately, yes. Thermodynamics is a stats game. Imagine that the air is a bunch of small balls. Every time they hit a surface that is warmer than them, they increase speed/energy and the surface loses
Only the rate of cooling should change.
Binders are reactive sites on the particle surface. Typically they react with Si-O-H groups that are on the surface of most glasses. That reaction can go at room temperature, so it is a reasonable statement
While I do not do homework problems, I can point you in the right direction with an example: If a 45 W light is left on for 3 day, how much energy will it use during this time? First, convert days
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