Content: PREFACE ; 1. POLYELECTROLYTES FOR BATTERIES: CURRENT STATE OF UNDERSTANDING ; JANNA K. MARANAS ; 2. FIRST PRINCIPLES DESIGN OF IONOMERS FOR FACILE ION TRANSPORT ; WENJUAN LIU, MICHAEL J. JANIK, AND RALPH H. COLBY ; 3. REDOX-ACTIVE RADICAL POLYMERS FOR A TOTALLY ORGANIC RECHARGEABLE BATTERY ; TAKEO SUGA AND HIROYUKI NISHIDE ; 4. EFFECT OF LITHIUM SALT CONTENT ON THE PERFORMANCE OF THERMOSET LITHIUM BATTERY ELECTROLYTES ; MARKUS WILLGERT, MARIA H. KJELL, AND MATS JOHANSSON ; 5. INELASTIC NEUTRON SCATTERING ON POLYMER ELECTROLYTES FOR LITHIUM-ION BATTERIES ; HUA-GEN PENG, MADHUSUDAN TYAGI, KIRT A. PAGE, AND CHRISTOPHER L. SOLES ; 6. IN SITU NEUTRON TECHNIQUES FOR STUDYING LITHIUM ION BATTERIES ; HOWARD WANG, R. GREGORY DOWNING, JOSEPH A. DURA, AND DANIEL S. HUSSEY ; 7. VANADIUM REDOX FLOW BATTERIES FOR ELECTRICAL ENERGY STORAGE: CHALLENGES AND OPPORTUNITIES ; R. ZAFFOU, W. N. LI, AND M. L. PERRY ; 8. ROLE OF NANOSTRUCTURES IN POLYMER ELECTROLYTES FOR ENERGY STORAGE AND DELIVERY ; MOON JEONG PARK, JAEWAN HONG, AND SEONG YEON KIM ; 9. AN OVERVIEW OF POLYMER ELECTROLYTE MEMBRANES FOR FUEL CELL APPLICATIONS ; KIRT A. PAGE AND BRANDON W. ROWE ; 10. POLYMER MATERIALS FOR CHARGE TRANSFER IN ENERGY DEVICES ; ADAM D. MILLER, MATTHIEU GERVAIS, JAI KRISHNAMURTHY, LEON DYERS, XIAOBING ZHU, RAVINDRA POTREKAR, XIN FEI, ADAM WEBER, AND JOHN B. KERR ; 11. WATER TRANSPORT AND SORPTION IN NAFION MEMBRANE ; AHMET KUSOGLU AND ADAM Z. WEBER ; 12. CROSS-LINKED LOW EW PFSA FOR HIGH TEMPERATURE FUEL CELL ; H. GHASSEMI, T. ZAWODZINSKI, D. SCHIRALDI, AND S. HAMROCK ; 13. HIGH ION EXCHANGE CAPACITY, SULFONATED POLYBENZIMIDAZOLES ; MAHESH P. KULKARNI, OWEN D. THOMAS, TIMOTHY J. PECKHAM, AND STEVEN HOLDCROFT ; 14. CHEMICAL STABILITY OF ANION EXCHANGE MEMBRANES FOR ALKALINE FUEL CELLS ; YUESHENG YE AND YOSSEF A. ELABD ; 15. BLOCK COPOLYMERS CONTAINING QUATERNARY BENZYL AMMONIUM CATIONS FOR ALKALINE ANION EXCHANGE MEMBRANE FUEL CELLS (AAEMFC) ; TSUNG-HAN TSAI, CRAIG VERSEK, MICHAEL THORN, MARK TUOMINEN, AND E. BRYAN COUGHLIN ; 16. STRUCTURE AND PROPERTIES OF PROTON EXCHANGE MEMBRANE FUEL CELLS AT INTERFACES ; SANGCHEOL KIM, KIRT A. PAGE, AND CHRISTOPHER L. SOLES ; 17. THERMODYNAMICS, MICROSTRUCTURE AND INTERFACIAL EFFECTS IN HYDRATED NAFION ; VIATCHESLAV FREGER ; EDITORS' BIOGRAPHIES ; INDEXES ; AUTHOR INDEX ; SUBJECT INDEX

Polymers for Energy Storage and Delivery: Polyelectrolytes for Batteries and Fuel Cells PDF

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