Keywords: ثبات دوچرخه سواری; Composite polymer electrolyte; Polymer cathode; Cycling stability; Li-organic battery;
مقالات ISI ثبات دوچرخه سواری (ترجمه نشده)
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Keywords: ثبات دوچرخه سواری; Lithium-ion battery; Electrolyte; Lithium bis(fluorosulfonyl)imide; Sulfolane; Ethylene carbonate-free; Cycling stability;
Keywords: ثبات دوچرخه سواری; Lithium-oxygen battery; Dual membrane; Composite polymer membrane; Cycling stability; Lithium dendrite;
Keywords: ثبات دوچرخه سواری; Fast formation; Ni-rich cathode; Cycling stability; Li-ion battery; Solid electrolyte interphase; Lithium plating;
Keywords: ثبات دوچرخه سواری; Interconnected; Coal tar pitch; Microcrystalline cellulose; Supercapacitor; Cycling stability;
Keywords: ثبات دوچرخه سواری; Sodium-ion batteries; Wrinkled TiO2-x nanosheets with oxygen vacancies; Conductive networks; Rate capability; Cycling stability;
Keywords: ثبات دوچرخه سواری; Electrode structure damage; Cycling stability; Polyaniline; Self-healing polymer; Structure tailoring;
Keywords: ثبات دوچرخه سواری; Lithium-sulfur batteries; 3D carbon interlayer; Adsorption capability; High sulfur loading; Cycling stability;
Keywords: ثبات دوچرخه سواری; Citrates; Heat treatment; Hybrid capacitor; High power; Cycling stability;
Keywords: ثبات دوچرخه سواری; Ultra-microporous carbon; Small sulfur molecules; Lithium-sulfur batteries; Polyvinylidenefluoride; Cycling stability;
Keywords: ثبات دوچرخه سواری; Lithium-sulfur battery; Rate performance; Cycling stability; Sulfur copolymer;
Drying and moisture resorption behaviour of various electrode materials and separators for lithium-ion batteries
Keywords: ثبات دوچرخه سواری; Lithium-ion battery; Karl Fischer titration; Electrode; Drying; Water uptake; Cycling stability;
Keywords: ثبات دوچرخه سواری; Carbon nanotube film; Thermal effect; Supercapacitor; All-solid-state; Cycling stability;
Keywords: ثبات دوچرخه سواری; Metal phosphides; Sulfidisation; Tubular arrays; Cycling stability; Hybrid supercapacitor;
Keywords: ثبات دوچرخه سواری; Li-ion batteries; Spherical FeF3·0.33H2O particles; Modification of nanosized TiO2- coating; Cycling stability;
Keywords: ثبات دوچرخه سواری; Anode materials; reduced graphene oxide (rGO); boron-doped; rate capability; cycling stability;
Keywords: ثبات دوچرخه سواری; Porous nanocomposites; Cycling stability; Rate capability; Electrochemical performance;
Keywords: ثبات دوچرخه سواری; Lithium-sulfur batteries; Activated carbon; Hierarchical carbon; Fruit peels; Sulfur cathode; Cycling stability;
Keywords: ثبات دوچرخه سواری; Lithium-oxygen batteries; Electrolyte; Ethylene sulfite; Cycling stability; Electrochemical stability;
Keywords: ثبات دوچرخه سواری; Supercapacitor; Transition metal oxalate; Anodization; Rate capability; Cycling stability
Keywords: ثبات دوچرخه سواری; Nonaflate; Cycling stability; Ionic conductivity; Chronoamperometry; Gel electrolyte;
Keywords: ثبات دوچرخه سواری; Vanadium redox flow battery; Temperature adaptability; Efficiency; Cycling stability; Capacity fading;
Keywords: ثبات دوچرخه سواری; Li-rich cathode; dual doping; cycling stability; side reactions; high temperature performance;
Keywords: ثبات دوچرخه سواری; Electrochromic; counter electrode; SPE; Lithium; cycling stability;
Keywords: ثبات دوچرخه سواری; DSC; differential scanning calorimetry; gh; mass of hydrated form; i; cycle number; mW,i; mass of water uptake of cycle number i, mg; mw,y; mass of water uptake of standard cycle y, mg; msalt1, salt2; mass of salt 1 or 2, mg; mmixture,simulated; mass of m
Keywords: ثبات دوچرخه سواری; Manganese oxide; Graphene; Electrochemical capacitor; Environmentally benign; Specific capacitance; Cycling stability
Keywords: ثبات دوچرخه سواری; Bischofite; Phase change material (PCM); Latent heat; Thermal energy storage (TES); Polyethylene glycol (PEG); Cycling stability;
Keywords: ثبات دوچرخه سواری; Supercapacitor; MXene; Titanium carbide; Mass loading; Cycling stability; Intercalation pseudocapacitance;
Keywords: ثبات دوچرخه سواری; Supercapacitors; graphene; iron oxides; volumetric capacitance; cycling stability
Keywords: ثبات دوچرخه سواری; Carbon black nanoparticles; Cycling stability; Lithium-sulfur batteries;
Keywords: ثبات دوچرخه سواری; Copper sulfides; Copper excess; Cycling stability; High rate performance; Lithium ion batteries
Keywords: ثبات دوچرخه سواری; Co–Ni silicate hydroxide; Hollow nanospheres; Supercapacitor; Cycling stability
Keywords: ثبات دوچرخه سواری; Antimony/carbon composite fiber; Spinning; Anode material; Cycling stability; Electrochemical performance
Keywords: ثبات دوچرخه سواری; High rate; Stretchable supercapacitors; Polypyrrole; Cycling stability; Electrodeposition
Keywords: ثبات دوچرخه سواری; Metal hydride electrode; Single phase; Subunit structure; Electrochemical property; Cycling stability
Keywords: ثبات دوچرخه سواری; Lithium battery; Sulphur cathode; Sorption; Polysulphides; Cycling stability;
Keywords: ثبات دوچرخه سواری; Aqueous lithium-ion battery; Organic electrolyte; Conductivity; Electrochemical performance; Cycling stability;
Keywords: ثبات دوچرخه سواری; Phase change materials (PCM); Cycling stability; Thermal stability; Differential scanning calorimetry (DSC); Thermal cycler; Thermal energy storage (TES);
Keywords: ثبات دوچرخه سواری; Electrochemical co-deposition; Porous; Pseudocapacitive characteristic; Cycling stability
Keywords: ثبات دوچرخه سواری; Anion receptor; Electrolyte additive; Layered composite cathode; Cycling stability; Lithium-ion batteries;
Keywords: ثبات دوچرخه سواری; Polyimide anode; Aqueous rechargeable lithium-ion battery; Aqueous rechargeable sodium-ion battery; Cycling stability; Rate performance;
Keywords: ثبات دوچرخه سواری; Batteries; Coulombic efficiency; Cycling stability; Parasitic reactions; Zinc accumulation
Keywords: ثبات دوچرخه سواری; Li-S battery; Graphene; Cellulose; Composite; Cycling stability; Coulombic efficiency;
Keywords: ثبات دوچرخه سواری; Sand-like electrolyte; Lithium metasilicate; High potential cathode; Cycling stability; Interphase
Keywords: ثبات دوچرخه سواری; Copper sulfide; Displacement reaction; Electrolyte composition; Cycling stability; Lithium batteries;
Keywords: ثبات دوچرخه سواری; Cubic; Hydrothermal method; Cycling stability; Sodium-ion batteries
Keywords: ثبات دوچرخه سواری; Supercapacitors; Carbonization temperature; Nitrogen/phosphorus co-doping; Volumetric capacitance; Cycling stability
Facile synthesis of carbon coated MoO3 nanorods decorated with WO2 nanoparticles as stable anodes for lithium-ion batteries
Keywords: ثبات دوچرخه سواری; Nanocomposites; Cycling stability; Lithium-ion batteries; MoO3/WO2@C;
Ti3C2Tx-foam as free-standing electrode for supercapacitor with improved electrochemical performance
Keywords: ثبات دوچرخه سواری; Ti3C2Tx; Ti3C2Tx-foam; Porous structure; Areal capacitance; Cycling stability;
Improving the electrochemical performance of Li-rich Li1.2Ni0.2Mn0.6O2 by using Ni-Mn oxide surface modification
Keywords: ثبات دوچرخه سواری; Li-rich cathode; Surface modification; Cycling stability; Rate capability; Energy efficiency;