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Full Description
This book presents themes such as fuel cell electro-catalysis and membrane development as well as durability of fuel cell components. It presents varying results and views on a fundamentally interesting method, broad-band dielectric spectroscopy, of particular interest because of the high potential for insight arising from the method on the one hand coupled to radically different interpretations of data in the literature. In short, the debate is over matters of
interpretation of features in the data. Application of dielectric spectroscopy to the study of polymers has a long history. However, polymeric electrolytes with substantial conductivity present significant problems for traditional measurement techniques using low surface area electrodes. Significant
interfacial polarization can arise in such cases, leading to spectral features that are spurious.
Contents
PREFACE; KATHI EPPING MARTIN, JOHN P. KOPASZ, AND KEVIN W. MCMURPHY; ZHICHENG ZHANG, ELENA CHALKOVA, MARK FEDKIN, CHUNMEI WANG, SERGUEI N. LVOV, SRIDHAR KOMARNENI, AND T. C. CHUNG; MORTON LITT, SERGIO GRANADOS-FOCIL, AND JUNWON KANG; ANAND S. BADAMI, HAE-SEUNG LEE, YANXIANG LI, ABHISHEK ROY, HANG WANG, AND JAMES E. MCGRATH; DONGSHENG WU AND STEPHEN J. PADDISON; V. DI NOTO, E. NEGRO, AND S. LAVINA; MOHAMMAD K. HASSAN AND KENNETH A. MAURITZ; DAVID A. SCHIRALDI, CHUN ZHOU, DEEPA SAVANT, AND THOMAS A. ZAWODZINSKI JR; GREG HAUGEN, SARA BARTA, MIKE EMERY, STEVEN HAMROCK, AND MIKE YANDRASITS; JACK R. FERRELL III AND ANDREW M. HERRING
