Sigma-Aldrich / Nano-Textured Organic Biocompatible Films / /
Country
United States / /
Currency
USD / / /
Facility
Teaching Facility / University of Texas Southwestern Medical Center / UTA Characterization Center / University of Texas / / /
IndustryTerm
silicon wafer chip / surface energy calculations / low energy / wide ranging applications / chemical surroundings / pH solutions / surface energy / silicon chips / chemical vapor deposition / chemical characteristics / imaging / non-toxic chemicals / reported free energy / potential applications / calculated surface energy values / organic devices / chemical composition / model systems / chemical absorption / chemical and physical stability / low surface energy / chemical / chemicals / /
Organization
University of Texas at Arlington / National Science Foundation / Bioengineering Department / Joint Graduate Studies Committee of Bioengineering Program / IEEE / National Academy of Sciences / University of Texas Southwestern Medical Center at Dallas / UTA Characterization Center for Materials and Biology / Electrical Engineering Department / /
Person
A. D. Radadia / J. A. Carlisle / Samir M. Iqbal / R. Deshmukh / Richard B. Timmons / H. Zeng / Samir M Iqbal / A. Aksimentiev / R. J. Hamers / Sri Divya Vidyala / W. P. King / Waseem Asghar / R. Bashir / / /
Position
Author / senior member / King / member / J. E. Butler / /
ProvinceOrState
Texas / /
PublishedMedium
Proceedings of the National Academy of Sciences / Applied Physics Letters / /
Biocompatible Nanolayered Polymerization of MEMS Devices