Part I Lithium-ion battery.- General concept and overview on LIB fundamental and history.- Three-dimensional framework and layer-structural cathodes (such as LiMn2O4, LiFePO4, LiCoO2, NCA, NMC etc.).- Polyanion-type cathode (such as Li2FeSiO4, etc.).- High voltage cathode.- High capacity cathode.- Graphite-based anode.- Alloy-based anode (such as Sn, Si, Ge etc).- Metal oxide based anode (such as LTO, Nano NiO, CuO).- Non-aqueous liquid electrolyte and additive.- Ionic liquid.- Gel polymer electrolyte and solid polymer electrolyte.- High voltage electrolyte.- Separator.- Electrode binder and electrode process.- Safety approaches and technologies (such as, safety components/systems, advanced testing techniques and protocols).- Material preparation technologies (such as solid state reaction, sol-gel, hydrothermal, mechanical milling, nano-technologies).- Material characterization technologies (such as for electrode structure, electrolyte electrochemical stability, and electrode-electrolyte interface etc.).- Cell characterization technologies (at cell level, such as those for performance, aging/degradation, safety, etc).- Battery pack and applications (focusing on electric and thermal managements, HEV/EV applications).- Part II Batteries beyond lithium-ion.- Lithium-air battery.- Lithium-sulfur battery.- Lithium battery based on conversion-type cathode (such as CoF3, FeF3 etc).- Lithium battery based on organic cathode.- Sodium-ion battery.- Magnesium battery.- Flow battery