New Horizons in Electrochemical Science and Technology.

New Horizons in Electrochemical Science and Technology -- Copyright -- Abstract -- Preface -- Acknowledgments -- Contents -- Tables -- Figures -- Chapter 1 Overview: Conclusions and Recommendations -- CONCLUSIONS AND RECOMMENDATIONS -- 1. Opportunities for New Industries -- 2. Opportunities in Basic Science -- 3. Advances in Instrumentation -- 4. Multidisciplinary Approach for Complex Problem Areas -- 5. Effective Science and Technology Transfer -- 6. Perspective and Scope of Overall Federal Program -- Chapter 2 Introduction -- BACKGROUND -- NEW DEVELOPMENTS -- Chapter 3 Socioeconomic Significance -- SUMMARY -- INTRODUCTION -- ELECTROCHEMICAL INDUSTRIES -- Existing Industry -- Corrosion -- Batteries and Fuel Cells -- Electrochemical Sensors -- Health Care -- Chapter 4 Federal Government Support -- SUMMARY -- INTRODUCTION -- FEDERAL FUNDING LEVELS -- COMMITTEE PERSPECTIVE ON FEDERAL FUNDING -- Funding of Applied Efforts -- Support Framework -- Unconventional High-Risk Programs -- Science and Technology Transfer -- Chapter 5 Opportunities in Particular Technologies -- SUMMARY -- BATTERIES AND FUEL CELLS -- BIOMEDICAL SCIENCE AND HEALTH CARE -- Mechanism of Enzyme Catalysis -- Neuroscience -- Cell Fusion -- In Vivo Monitoring -- Electrophoresis -- COATINGS AND FILMS -- Protective Coatings -- Electrocatalysis -- Microencapsulation -- ELECTROCHEMICAL CORROSION -- ELECTROCHEMICAL SURFACE PROCESSING -- MANUFACTURING AND WASTE UTILIZATION -- Current Applications -- Electrolytic Processes -- Automotive Applications -- Electro-Organic Synthesis -- Emerging Technologies -- Coproduction of Metals and Valuable Anodic Products -- Inorganic Chemicals -- Electric Power Production -- Waste Utilization -- New Automotive Applications -- Electro-Organic Synthesis -- Research Needs -- MEMBRANES -- MICROELECTRONICS -- Processes for the Manufacture of Microcircuits.

Processes for the Manufacture of Interconnecting Networks Between Microelectronic Components -- Processes for the Manufacture of Lightwave Communication Devices -- Reliability of Microcircuits -- Reliability of Interconnecting Networks -- Electrochemistry of Highly Parallel Processors -- Electrochemistry of Content-Addressable Memories -- Electrochemistry of Nerve-Electronics Interfaces -- SENSORS -- Chapter 6 Opportunities for Cross-Cutting Research -- SUMMARY -- ELECTROCHEMICAL ENGINEERING -- IN SITU CHARACTERIZATION -- INTERFACIAL STRUCTURES -- Research Opportunities -- Microstructure -- Electronic and/or Electrical Structure -- Passivity -- Electrocatalysis -- Creation and Destruction of Surfaces -- Self-Assembly Properties -- MATERIALS -- Materials Used in Electrochemical Cells -- Electrodes -- Electrolytes -- Advanced Materials Produced by Electrochemistry -- Semiconductor Electrosynthesis -- Electrodeposition of Composites -- Advanced Materials in Corrosion-Resistant Service -- Ceramics -- PHOTOELECTROCHEMISTRY -- PLASMAS -- Electrochemical Phenomena in Plasmas -- Research Opportunities -- SURFACE REACTIONS -- Current State of Knowledge -- Theoretical Aspects of Electrode Reactions (31,35) -- Experimental Studies of Electrode Reactions -- Research Opportunities -- Electron Transfer at Electrochemical Interfaces -- Proton Transfer at Electrochemical Interfaces -- Electrocatalysis -- Chapter 7 Opportunities in Education -- CURRENT STATUS -- FUTURE DIRECTIONS -- Biographical Sketches of Committee Members.

Description based on publisher supplied metadata and other sources.

Electronic reproduction. Ann Arbor, Michigan : ProQuest Ebook Central, 2024. Available via World Wide Web. Access may be limited to ProQuest Ebook Central affiliated libraries.