Keywords: ابرخازن; Fuel cell hybrid vehicle; Power management; Fuzzy logic; Battery; Supercapacitor; Fuel cell;
مقالات ISI ترجمه شده ابرخازن
مقالات ISI ابرخازن (ترجمه نشده)
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Keywords: ابرخازن; Supercapacitor; Self-healable; Compressible; Hydrogel electrolyte;
Keywords: ابرخازن; Nano-structures; Polymer-matrix composites (PMC); 3-Dimensional reinforcement; Supercapacitor; Hydrothermal treatment;
Keywords: ابرخازن; Supercapacitor; MnO2; Graphene; Activation; Exfoliation;
Keywords: ابرخازن; Graphene; Nanoribbon; Hydrogel; Assembly; Biosensor; Supercapacitor;
Keywords: ابرخازن; Supercapacitor; Energy density; Nanosheet arrays; Electrode materials; Ni-Co-Mo ternary phosphides;
Keywords: ابرخازن; Partly nitrogenized nickel oxide; Hollow spheres; Supercapacitor; Multiple compositions; Electronic conductivity;
Keywords: ابرخازن; Biowastes; Porous carbon; Supercapacitor; Hierarchical porous structure;
Keywords: ابرخازن; N,S dual-doping; Bifunctional biomass-derived carbon; Supercapacitor; Oxygen reduction reaction;
Keywords: ابرخازن; Bamboo leaves; MnSiOx-C material; In-situ generated; Supercapacitor; Formation mechanism;
Keywords: ابرخازن; Tungsten disulfide; Tungsten oxide; Reduced graphene oxide; Supercapacitor; Rate capability;
Keywords: ابرخازن; Graphene Carbon nanotube; Ionic liquids; Supercapacitor; Core-shell structure;
Keywords: ابرخازن; Cobalt oxide; Energy storage and conversion; Supercapacitor; Nanocomposites;
Keywords: ابرخازن; Nanowires; Polyaniline; Electrodeposition; Supercapacitor; Electrical properties; Porous tubular carbon;
Keywords: ابرخازن; Nanocomposites; Polymers; MXene-Ti3C2; PANI-Ti3C2; Supercapacitor;
Keywords: ابرخازن; Powdery carbon aerogel; High surface area; Hierarchical pore; Organic electrolyte; Supercapacitor;
Keywords: ابرخازن; Supercapacitor; Energy; Storage; Pseudo-supercapacitor; Hybrid-supercapacitor; Lithium;
Keywords: ابرخازن; Activated carbon; Corn stalk core; Electrochemistry; Supercapacitor;
Keywords: ابرخازن; Supercapacitor; Nitrogen doping; Bi-modal pore; Glycine; Rate performance;
Keywords: ابرخازن; Supercapacitor; Ultracapacitor; Double-layer capacitor; Electrochemical capacitor; Thermal vacuum testing; Space power;
Keywords: ابرخازن; Supercapacitor; Nanocomposite; Graphene oxide; PdO nanoparticles; Au dopant;
Keywords: ابرخازن; Functional carbon material; Redox-active electrolytes; Electrical double layer; Supercapacitor;
Keywords: ابرخازن; Three-dimensional porous graphene; Blowing-assisted reduction; Graphene oxide; Supercapacitor;
Keywords: ابرخازن; Graphene; Solvent evaporation; Pore size; Volumetric performance; Supercapacitor;
Keywords: ابرخازن; Co-LDH nanocages; Graphene; Hydrolysis; Rate capability; Supercapacitor;
Keywords: ابرخازن; Reduced graphene oxide; Sulphur/nitrogen co-doped; Binder-free electrode; Supercapacitor;
Keywords: ابرخازن; Restacking inhibition; Porous structure; Graphene; Nitrogen doping; Supercapacitor; High energy;
Keywords: ابرخازن; Few layer; Graphene; Gas-driven; Exfoliation; High quality; Supercapacitor;
Keywords: ابرخازن; Graphene; Nickel cobalt sulfide; Porous framework; Crumpled; Supercapacitor;
Keywords: ابرخازن; Monolithic; Biochar; Supercapacitor; Macro-structure; Tracheids; Energy;
Keywords: ابرخازن; Tin selenide; Microwave-assisted synthesis; Supercapacitor;
Keywords: ابرخازن; Enzymatically synthesized amylose; Iodine-doped amylose; Morphology-retaining carbonization; Low-density graphitic films; Supercapacitor;
Keywords: ابرخازن; Activated carbon; Hybrid systems; Printed circuit board; Supercapacitor; Integrated energy storage; Wearable power systems;
Keywords: ابرخازن; MPACVD; Microcone arrays; Self-assembly; Superhydrophobicity; Supercapacitor;
Keywords: ابرخازن; Poly (3,4-ethylene dioxythiophene); Congo red; Supercapacitor; Specific capacitance;
Keywords: ابرخازن; Redox-mediated electrolyte; Graphene; Supercapacitor; Phenylenediamine; Pseudocapacitor;
Keywords: ابرخازن; Methylnaphthalene oil; Carbon nanosheet; Supercapacitor;
Keywords: ابرخازن; Microporous carbons; Honeycomb-like porous structure; Energy density; Supercapacitor;
Keywords: ابرخازن; Hierarchical porous carbon; Zinc chloride activation; Organic electrolyte; High energy density; Supercapacitor;
Keywords: ابرخازن; Quinone; Activated carbon; Composite electrode; Supercapacitor;
Keywords: ابرخازن; Supercapacitor; Printed electronics; Aqueous electrolyte; Electrode; Energy storage; Chitosan;
Keywords: ابرخازن; Carbon nanotubes; Graphene nanosheets; Oxygen functional groups; Supercapacitor;
Keywords: ابرخازن; Potential-limited pulse galvanostatic method; Tungsten bronze; Interconnected nanosheets; Pseudocapacitive material; Supercapacitor;
Keywords: ابرخازن; Supercapacitor; Walnut shell; Activated carbon; Template; CO2;
Keywords: ابرخازن; Biomass material; Nitrogen-doping; Hierarchically porous carbon; Supercapacitor; Energy storage;
Keywords: ابرخازن; Reduced graphene oxide; Carbon nanospheres; Polyaniline; Ternary nanocomposites; Supercapacitor;
Keywords: ابرخازن; Graphene nanoscrolls; Surface area; Supercapacitor; Energy storage;
Keywords: ابرخازن; Supercapacitor; Cross linked carbon nanofibers; Si doping; Electrospinning; Polyhedral oligomeric silsesquioxane (POSS);
Keywords: ابرخازن; Microfiber; Graphene oxide; Manganese oxide; Polyvinyl alcohol; Poly(3,4-ethylenedioxythiophene); Supercapacitor;
Keywords: ابرخازن; Plasma; Graphene; Flexible; Solid-state; Supercapacitor;