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Session 03: ENERGY STORAGE
The world is poised on the brink of two historic energy transformations: replacing oil with electricity in transportation, and replacing high carbon, finite-supply coal and natural gas with renewable wind and solar electricity production. These energy transformations require the development of a new generation of high performance, low cost electrical energy storage technologies, with five times the energy density and one fifth the cost of today's commercially available lithium ion batteries.
This session will explore the advances in applying recent advances in the experimental and theoretical techniques of nanoscience to understand the materials and phenomena of beyond lithium ion energy storage at the atomic and molecular level. The keynote address will provide an overview of one or more areas of beyond lithium ion research, such as batteries based on multivalent working ions, metal-air batteries, or redox flow batteries. The following talks will explore recent advances in beyond lithium ion battery science and technology that promise to overcome critical challenges.
session 03a - 8th July 2014, 10:35-12:20
moderator: Prof. Robert McMeeking, University of California Santa Barbara, United States; University of Aberdeen, United Kingdom
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Modeling mechanical degradation in thin film electrodes for high energy density lithium batteries (40 minutes) Abstract
Prof. Huajian Gao
School of Engineering
Brown University, Providence, Rhode Island
United States
Bio-sketch |
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An electroneutral computational homogenization formulation for Li-ion battery cells (20 minutes) Abstract
Prof. Alberto Salvadori
Department of Mechanical Engineering
Eindhoven University of Technology
The Netherlands
Bio-sketch |
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Isogeometric Analysis of intercalation-induced stresses and surface mechanical effects in Li-ion battery electrode particles (20 minutes) Abstract
Dr.
Peter Stein
Institute of Materials Science
Technische Universitaet Darmstadt
Germany
Bio-sketch
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Evaluating the Capacity Fade of Li-ion Batteries Using a Double Dynamic Stress Accelerated Degradation Test (20 minutes) Abstract
Prof. Kuan-Jung Chung
Department of Mechatronics Engineering
National Changhua University of Education, Changhua
Taiwan
Bio-sketch
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session 03b, 8th July 2014, 13:40-15:25
moderator: Prof. Huajian Gao, Brown University, United States
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Development of stresses in silicon nanolayer under lithiation (30 minutes) Abstract
Prof. Aleksey D. Drozdov
Center for Plastics Technology
Danish Technological Institute, Taastrup
Denmark
Department of Mechanical and Manufacturing Engineering
Aalborg University, Aalborg
Denmark
Bio-sketch
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Phase-field model for the interplay of diffusion and stresses in cathodic particles of lithium ion batteries (20 minutes) Abstract
Magalie Huttin
Institute for Applied Materials
Karlsruhe Institute of Technology, Karlsruhe
Germany
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Atomic to nanoscale probing of structural and electrochemical evolution of energy storage materials under dynamic operating condition (30 minutes) Abstract
Dr. Chongmin Wang
Chief Scientist
Environmental Molecular Sciences Laboratory
Pacific Northwest National Laboratory, Richland
United States
Bio-sketch
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How Morphology Influences Conductivity in Li2O2 (20 minutes) Abstract
Dr. Wen-Tong Geng
GREEN, National Institute for Materials Science, Tsukuba, Japan
School of Materials Science & Engineering, University of Science and Technology Beijing, China |
session 03c, 8th July 2014, 15:45-17:30
moderator: Prof. Aleksey Drozdov, Danish Technological Institute and Aalborg University, Denmark
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The generation of stress in the storage particles of lithium-ion batteries (40 minutes) Abstract
Prof. Robert McMeeking
Department of Mechanical and Enviromental Engineering
University of California, Santa Barbara
United States
School of Engineering
University of Aberdeen
United Kingdom
Bio-sketch |
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Structural control of metal oxide nanomaterials for Li-ion batteries (30 minutes) Abstract
Prof. Limin Qi
Beijing National Laboratory for Molecular Sciences
College of Chemistry
Peking University, Beijing
China
Bio-sketch
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Aqueous Li-air rechargeable battery with protected lithium electrode (30 minutes) Abstract
Prof. Nobuyuki Imanishi
Department of Chemistry
Mie University, Tsu
Japan
Bio-sketch
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session 03d, 9th July 2014, 9:40-11:25
moderator: Prof. Nobuyuki Imanishi, Mie University, Japan |
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Redox Non-Innocence: Enhancing the Stability and Performance of Flow Battery Electrolytes (20 minutes) Abstract
Dr. Mitchell R. Anstey
Senior Member of the Technical Staff
Advanced Systems Engineering and Deployment
Sandia National Laboratories, Livermore, California
United States
Bio-sketch
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Soft and Hard Templated Functional Ordered Mesoporous Materials for High Performance Li-ion Batteries (20 minutes) Abstract
Prof. Jinwoo Lee
Department of Chemical Engineering
Pohang University of Science and Technology (POSTECH)
Republic of Korea
Bio-sketch
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Ionic Conducting Polymers Bearing Fluoroalkylsulfonylimide Groups and Their Applications in Energy Storage and Energy Saving Devices (20 minutes) Abstract
Dr. L. Luke Xue
Sr. Research Fellow
Polymer and Composite Division
Ningbo Institute of Material Technology and Engineering, Ningbo
China
Bio-sketch
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Advanced research on complex hydrides for electrochemical energy storage (20 minutes) Abstract
Dr. Atsushi Unemoto
Advanced Institute for Materials Research (WPI-AIMR)
Tohoku University, Sendai
Japan
Bio-sketch |
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The True Role of Carbon Supported MnOx Catalysts on the Discharge and Charge of Li-O2 Batteries (20 minutes) Abstract
Dr. Juan Herranz
Assistant Researcher
Institute of Technical Electrochemistry
Technische Universität München
Germany
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This session is chaired by:
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