Ge / Goldman / Sandia National Laboratories / WILEY-VCH Verlag GmbH & Co. KGaA / CVs / Si / / /
Facility
Mechanical Engineering Georgia Institute of Technology Atlanta / To shed / Tsinghua University / Beijing National Center / Xiangtan University / Institute of Metal Research / /
IndustryTerm
higher energy density / intermittent energy systems / high energy density / e-f / chemical embrittlement / renewable energy / chemical origin / amorphous product / metal / energy storage / in situ chemical lithiation method / stored elastic strain energy / high energy / spongy network / chemical / amorphous products / /
Organization
Institute of Metal Research / T. Zhu Woodruff School / Chinese Academy of Sciences / Tsinghua University / Beijing National Center for Electron Microscopy / MIT / Xiangtan University / Center for Integrated Nanotechnologies / American Chemical Society / Department of Materials Science / J. Y. Huang Center for Integrated Nanotechnologies / Mechanical Engineering Georgia Institute of Technology Atlanta / J. Li Department of Nuclear Science and Engineering / Battelle Energy Alliance / S. Zhang Department of Engineering Science and Mechanics Pennsylvania State University University Park / /
Person
Jian Yu Huang / J. Li / Yang Liu / Hua Liu / Ting Zhu / Xiao Hua Liu / Akihiro Kushima / X. H. Liu / A. Kushima / T. Zhu / /
Position
Investigator / full professor of Materials Science and Engineering / collector / full professor / member of technical staff / Professor of Nuclear Science / Major / representative / /
www.advenergymat.de www.MaterialsViews.com REVIEW In Situ TEM Experiments of Electrochemical Lithiation