Multifunctional Nanomaterials for Energy Applications (MDPI - Multidisciplinary Digital Publishing Institute, 2022)
Keywords: all-solid-state electrolytes; amine functionalization; Atomic Force Microscopy; BaF2 nanophase; blue jets; breakthrough experiment; carbon footprint; carbon nanotube; cellulose nanocrystal; charge trapping layer; chemical recycling; circular economy; Co nanoparticles; CO2 capture; colloidal lithography; composite materials; conductive electrodes; cyclic voltammetry; data transmission; diffuse discharge; diffusion; durability; Electrochemical Strain Microscopy; energy harvesting; Energy Storage; ethernet; ferric ion sensor; finite difference; flexible; gel polymer electrolyte; ghosts; graphene; highly concentrated salt electrolyte; hybrid electrolyte; hydrolysis; ionic liquid; ionogel; life cycle assessment; light-trapping; lithium distribution; lithium transport; M2AX; Mathematics and Science; methanol oxidation; mini-jets; Mn3O4-CeO2-rGO; MOF; n/a; nanocatalyst; nanocellulose; nanoindentation; non-iterative; oxides; oxyfluoride nano-glass-ceramics; parameter extraction; peritectic compound Li4(OH)3Br; phase change materials; photonics; Physics; plastic; polydopamine; porous carbon; powders; red sprites; Reference, Information and Interdisciplinary subjects; renewable energy storage; Research and information: general; self-cleaning; separation; shape stabilized composites; single diode model; sodium borohydride; solar cells; sol–gel chemistry; spark discharge; stability; STEM; supercapacitors; supporting materials; surface functionalization; Tb3+/Eu3+ energy transfer; thermal energy storage; thin films; thin-film photovoltaics; three-dimensional vertically aligned graphene; Ti-MOFs; Ti2SnC; triboelectric nanogenerator; zinc-ion supercapacitor