Keywords: لیتیم یون; Lithium-ion; Entropy; Reversible heat; Open circuit voltage; Hysteresis;
مقالات ISI لیتیم یون (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: لیتیم یون; Vehicle-to-Grid; Lithium-ion; Degradation; Smart Grid; Electric Vehicle;
Keywords: لیتیم یون; Lithium-ion; Batteries; Ageing; Cell to cell variation; Dispersion;
Keywords: لیتیم یون; Gas analysis; Lithium-ion; Thermal runaway; Venting; Autoclave; Thermal propagation; Safety;
Keywords: لیتیم یون; Thermal energy harvesting; Batteries; Thermogalvanic; Temperature cycle; Lithium-ion; Charge-free;
Keywords: لیتیم یون; Battery energy storage systems; Lithium-ion; Efficiency; Performance; Testing protocol; Energy density; Power density; Frequency regulation;
Keywords: لیتیم یون; Sulfolane; Electrolyte; Lithium-ion; Graphite; LiFSI; LiTDI; LiDFOB;
Keywords: لیتیم یون; Thermal management; Lithium-ion; Data worth; Statistical analysis;
Keywords: لیتیم یون; Adaptive estimation; Lithium-ion; Power capability; Battery management; Time-delay systems; State of power;
Keywords: لیتیم یون; Battery; Lithium-ion; Transient modelling; Temperature distribution; Heat generations;
Keywords: لیتیم یون; Gas explosion; Lithium-ion; Safety; Gas emission; Ageing; Thermal runaway;
Keywords: لیتیم یون; Supply risk; Batteries; Lithium-ion; Analytic Hierarchy Process; Monte Carlo simulation;
Keywords: لیتیم یون; Lithium-ion; Battery recycling;
Keywords: لیتیم یون; Lithium-ion; Particle filter; Batteries; Health degradation; Collective learning; Demand response;
Keywords: لیتیم یون; BMS; Battery management system; CAES; Compressed air energy storage; DoD; Depth of discharge; EES; Electric energy storage; EV; Electric vehicle; GHG; Greenhouse gases; HEV; Hybrid electric vehicle; ICEV; Internal combustion engine vehicle; Li-ion; Lithiu
Keywords: لیتیم یون; Energy efficiency; Battery storage system; Lithium-ion; Container system; Energy loss mechanism analysis; Thermal network model;
Keywords: لیتیم یون; Life cycle assessment; Lithium-ion; Battery production; Environmental impact; Inventory data; Energy storage;
Keywords: لیتیم یون; Conductivity; Nickel oxide; Lithium-ion; Anode; Metal oxide;
Enabling steady graphite anode cycling with high voltage, additive-free, sulfolane-based electrolyte: Role of the binder
Keywords: لیتیم یون; Sulfolane; Tetramethylene sulfone; Graphite; SEI; Carboxymethylcellulose; CMC; PVDF; High voltage spinel; Lithium-ion; High voltage electrolyte; Additive;
Keywords: لیتیم یون; Ageing; Filter tuning; Battery modelling; Validation; Lithium-ion;
Embedded fiber-optic sensing for accurate internal monitoring of cell state in advanced battery management systems part 1: Cell embedding method and performance
Keywords: لیتیم یون; Fiber-optic sensors; Battery management systems; State-ofcharge; State-of-health; Lithium-ion; Electric vehicle;
Analytical methods for determining the effects of lithium-ion cell size in aligned air-cooled battery packs
Keywords: لیتیم یون; Lithium-ion; Battery packs; Thermal management; Air-cooling; Tube banks;
Comparison between cylindrical and prismatic lithium-ion cell costs using a process based cost model
Keywords: لیتیم یون; Lithium-ion; Production cost; Cathode chemistry; Cylindrical cell;
Embedded fiber-optic sensing for accurate internal monitoring of cell state in advanced battery management systems part 2: Internal cell signals and utility for state estimation
Keywords: لیتیم یون; Fiber-optic sensors; Battery management systems; State-of-charge; State-of-health; Lithium-ion; Electric vehicle;
Mechanical behavior and failure mechanisms of Li-ion battery separators
Keywords: لیتیم یون; Lithium-ion; Separator; Polymer; Rate sensitivity; Mechanical; Safety;
Lithium-ion battery electrolyte emissions analyzed by coupled thermogravimetric/Fourier-transform infrared spectroscopy
Keywords: لیتیم یون; Lithium-ion; Electrolyte; Organic carbonates; Hydrogen fluoride; Phosphoryl fluoride; TG/FT-IR;
Keywords: لیتیم یون; AC; Alternating Current; BaU; Business as Usual; BMS; Battery Management System; CRI; Color Rendering Index; C-Si; Crystalline Silicon; DC; Direct Current; EV; Electric Vehicle; iHOGA; improved Hybrid Optimization by Genetic Algorithms; LCO; Lithium Cobal
Durability and reliability of electric vehicle batteries under electric utility grid operations: Bidirectional charging impact analysis
Keywords: لیتیم یون; Lithium-ion; Cell-to-cell variations; Vehicle-to-grid; Grid-to-vehicle; V2G; G2V; Smart grid; Electric vehicle; Bidirectional charging;
Keywords: لیتیم یون; ALA; Advanced Lead-Acid; BAU; Business as Usual; BMU; Balancing Mechanism Unit; BSUoS; Balancing Services Use of System; CFD; Contracts for Difference; Cr; Charge rate; Dem; annual domestic demand; DFFR; Dynamic Firm Frequency Response; DG; Distributed Ge
Keywords: لیتیم یون; AC; Alternating Current; BEV; Battery Electric Vehicle; BMS; Battery Management System; CO2; Carbon Dioxide; DC; Direct Current; DECC; Department of Energy and Climate Change; EPA; Environmental Protection Agency; EU; European Union; EV; Electric Vehicle;
Keywords: لیتیم یون; carbon nanotubes; manganese oxide; cobalt oxide; anode; lithium-ion;
Keywords: لیتیم یون; Lithium-ion; XPS; post-test analysis; SEM; battery lifetime prediction; infra-red spectroscopy;
Keywords: لیتیم یون; Lithium-ion; Increased charge rate; Aging; Materials characterization;
Keywords: لیتیم یون; Lithium rich; Manganese rich; Composite; Cathode; Scale-up; Lithium-ion;
Keywords: لیتیم یون; Solar home system; LED lamps; Developing regions; Techno-economic assessment; iHOGA modeling; AC; Alternating Current; CdTe; Cadmium-Telluride; CIGS; Copper Indium Gallium Selenide; CRI; Color Rending Index; c-Si; crystalline silicon; DC; Direct Current;
Keywords: لیتیم یون; Lithium-Ion; Thermal management; Electric vehicle; Experimental method;
Keywords: لیتیم یون; Pulsed power systems; Lithium-ion; High rate cycling; Electrochemical impedance spectroscopy; Surface films;
Keywords: لیتیم یون; Lithium-ion; Aging modeling; Vehicle-to-grid; Electric vehicle;
Keywords: لیتیم یون; Unscented Kalman filter; Dynamic modelling; Temperature effect; Hybrid vehicles; Simulation; Lithium-ion
Keywords: لیتیم یون; Lithium-ion; Batteries; Aging; Modeling; Sensitivity analysis; Parameter identification;
Keywords: لیتیم یون; Lithium-ion; Cold temperatures; Hybrid and electric vehicles; Aging mechanisms; Thermal strategies;
Keywords: لیتیم یون; Bio-mass carbon; Anode; Battery; Sodium-ion; Lithium-ion;
Keywords: لیتیم یون; reduced graphene oxide; silicon nanoparticles; anode; battery; lithium-ion;
Keywords: لیتیم یون; Chitosane; Organic–inorganic hybrid films; Lithium-ion; Ionic conductivity
Keywords: لیتیم یون; Battery; Lithium-ion; Renewable energy; Electric car; Cost; Safety;
Keywords: لیتیم یون; Lithium-ion; Porous electrode model; Particle size distribution; Simulation; Microstructure reconstruction;
Keywords: لیتیم یون; Lithium-ion; Batteries; LiFePO4; Thermal modeling; Electrical losses modeling; Equivalent electrical circuit
Keywords: لیتیم یون; Adaptive; BMS; Lithium-ion; Power capability; Battery management;
Keywords: لیتیم یون; Hybrid ship; Lithium-ion; Battery; Marine; Simulation; Economic analysis;
Keywords: لیتیم یون; Energy storage; Battery; Safety; Lithium-ion; STAMP; STPA