United States / Canada / United Kingdom / China / / /
Facility
City University of Hong Kong / University of Oxford / York University / Fudan University / New Jersey Institute of Technology / Mathematical Institute / /
IndustryTerm
actual manufacturing process / explicit solutions / analytical solutions / energy conservation laws / thermal energy / empirical law / important tool / radiative thermal energy / approximate solutions / steady state solution / /
Organization
Mathematical Institute / School of Mathematics / Fudan University / Shanghai / New Jersey Institute of Technology / York University / Toronto / Department of Mathematics / Oxford Centre for Industrial and Applied Mathematics / City University of Hong Kong / Department of Mathematical Sciences / University of Oxford / Department of Mathematics and Statistics / /
Person
ROBERT M. MIURA / JONATHAN J. WYLIE / HUANG ET AL / PETER D. HOWELL / /
ON THE FORMATION OF GLASS MICROELECTRODES HUAXIONG HUANG∗ , JONATHAN J. WYLIE† , ROBERT M. MIURA‡ , AND PETER D. HOWELL§ Abstract. Glass microelectrodes are used widely in experimental studies of the electrophysio