No.1, University Road
Tainan
Taiwan
National Cheng Kung University
Polymer electrolytes, lithium metal battery, solid-state battery
Gel polymer electrolyte, Cyclic phosphazene, Nonflammability, Electrochemical Stability, Lithium-Ion Battery, In-situ method
gel polymer electrolyte, Cyclic phosphazene, Nonflammability, electrochemical stability, Lithium-ion battery, In-situ method
Deep-eutectic-solvent, polymer electrolyte, ceramic inorganic filler, Al2O3, lithium-metal battery
Deep-eutectic-solvent, Polymer electrolyte, ceramic inorganic filler, Al2O3, Lithium-metal battery
dye-sensitized solar cells, tandem structure, Y123 dye, cobalt redox couple, room light environments
spacer layer architecture, good reflectance, polymer gel electrolytes, m-QS-DSSCs, long-term stability
contact electrode structure, compact layer, spray pyrolysis, room light conditions, tandem DSSCs
PEO/PEG, film electrolyte, solvent-free, iodide redox couple, nanofillers, solid-state DSSCs
Aqueous binder, Poly(N-vinylformamide), Li4Ti5O12, Anode, Lithium-ion batteries, Green fabrication
dye-sensitized solar cells, gold nanoparticles, poly(3-hexylthiophene), adsorption-desorption process, recombination resistance.
Lithium-ion battery, polymer electrolyte, cyclic phosphazene, cross-linker
carbon dots, heterogeneous nucleation, nucleation seed, photoluminescence, quantum yield, carbon dots doped polymer films
perovskite solar cells, MAPbI3, defect passivation, alkyl sulfates, aryl sulfonates
