American Institute / V American Institute of Physics / University of Texas / Teaching Facility / University of Texas Southwestern Medical Center / /
IndustryTerm
reduced free energy / free energy / chemical composition / surface-free energy effects / surface energy / e-beam / surface free energy / closed-form solution / chemical composition variation / /
Organization
University of Texas Southwestern Medical Center at Dallas / University of Texas at Arlington / Nano-Bio Lab / National Science Foundation / Value Unit / Department of Bioengineering / Department of Electrical Engineering / V American Institute of Physics / Joint Graduate Committee of Bioengineering Program / /
Person
A. H. King / H. Kuhn / M. Wanunu / B. M. Venkatesan / E. A. Stach / Joseph A. Billo / M. Frank-Kamenetskii / H. Chang / S. M. Iqbal / Nat / J. A. Billo / N. J. Zaluzec / A. Ilyas / W. Asghar / R. Bashir / A. Meller / W. Morrison / / /
APPLIED PHYSICS LETTERS 100, [removed]Viscosity and surface-free energy effects in thermal shrinking of solid-state nanopores Joseph A. Billo,1,2,3 Jared Jones,2,3,4 Waseem Asghar,1,2,3 Ronald L. Carter,1 and Samir