Keywords: راندمان تبدیل قدرت; Graphene; Solar cell; Transparent conductor; Photovoltaic effect; Power conversion efficiency;
مقالات ISI ترجمه شده راندمان تبدیل قدرت
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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: راندمان تبدیل قدرت; CuInSe2; Graded band gap; Thin film solar cells; Electrodeposition; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; a-C; amorphous Carbon; a-Si; amorphous silicon; a-Si:H; hydrogenated amorphous silicon; AgNC; silver nanocomposite; AgNW; silver nanowires; APTES; 3-Aminoproplytriethoxysilane; AZO; aluminium zinc oxide; BLG; bilayer graphene; BIPV; building integrated ph
Keywords: راندمان تبدیل قدرت; Polymer solar cell; Small molecule acceptor; Energy level modulation; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Perovskite solar cells; Electron transport materials; Naphthalenediimide; Non-fullerene ETM; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Perovskite solar cells; Strontium; Barium; Power conversion efficiency; Charge carrier dynamics;
Keywords: راندمان تبدیل قدرت; Quantum dot-sensitized solar cell; CuS/CoS; Counter electrode; Open-circuit voltage; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Segmented thermoelectric generator; Compatibility; Power conversion efficiency; Output power density; Cost-performance ratio; Dollar per watt;
Keywords: راندمان تبدیل قدرت; η; efficiency; Voc; open-circuit voltage; Jsc; short-circuit current density; Oxide solar cells; Magnetron sputtering; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Photovoltaics; Solar cell; Schottky junction; Silicon; Graphene; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Perovskite solar cells; 2D Perovskite materials; 2D Perovskite solar cells; Stability; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Autonomous underwater glider; Shape optimization; Multi -objectives; NSGA-II genetic algorithm; Hydrodynamic; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; BHJ; Bulk heterojunction; FF; Fill factor; HOMO; Highest occupied molecular orbital; HTL; Hole transport layer; Jsc; Short circuit current density; LD; Diffusion length; LUMO; Lowest unoccupied molecular orbital; OSCs; Organic solar cells; P3HT; Poly(3-he
Keywords: راندمان تبدیل قدرت; TiO2; Charge transport; Light scattering; Power conversion efficiency; Solar cells;
Keywords: راندمان تبدیل قدرت; AEM; anion exchange membrane; ATP; adenosine triphosphate; BEMR; bioelectrochemical membrane reactor; BPM; bipolar membrane; CEM; cation exchange membrane; EMBR; electrochemical membrane bioreactor; ETC; electron transport chain; FAD; flavin adenine dinuc
Keywords: راندمان تبدیل قدرت; Dye-sensitized solar cells; Power conversion efficiency; Electrode geometry; Series resistance; Shunt resistance;
Keywords: راندمان تبدیل قدرت; Organic solar cells; Pattern transfer; Additives; Flexible substrate; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; PCNW structure; Symmetry breaking; Leaky mode resonance; Coupling; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; A; electron acceptor; acac; acetylacetonate; Alq3; tris(8-hydroxyquinolinato)aluminum; BAlq; bis(2-methyl-8-quinolinolato)-mono(4-phenylphenolato)aluminum; BCP; 2,9-dimethyl-4,7-diphenyl-1,10-phenanthroline; Bepp2; bis[2(2â²-hydroxyphenyl)pyridine]beryll
Keywords: راندمان تبدیل قدرت; Polymer solar cells; Ternary thick active layer; Low temperature processing; Long-term stability; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Metal halide perovskite; Solar cells; Crystallization; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Atomic layer deposition; Buffer layer; Thin film solar cells; Earth-abundant materials; Power conversion efficiency; Band offset;
Keywords: راندمان تبدیل قدرت; Renewable energy; Photovoltaics; Dye sensitized solar cells; Counter electrodes; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Fullerene-free; Ternary strategy; Organic solar cell; Power conversion efficiency; Stability;
Keywords: راندمان تبدیل قدرت; Organic solar cell; Heteroheptacene; Small molecule; p-type semiconductor; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; CAGR; Compound annual growth rate; CNF; Carbon nanofiber; CNTs; Carbon nanotubes; CSA; Chlorosulfonic superacid; CVD; Chemical vapor deposition; D3PIE; Dynamic three-phase interline electropolymerization; DFT; Density functional theory; DSSCs; Dye-sensiti
Keywords: راندمان تبدیل قدرت; Alq3; tris(8-hydroxyquinolinato) aluminum(III); BCP; bathocuproine; BHJSCs; bulk heterojunction solar cells; BAlq-13; bis(2-methyl-quinolin-8-olato)(2,6-diphenylphenolato)aluminum(III); Bphen; bathophenanthroline; bpy; 2,2â²-bipyridine; bq; 2,2â²-biquin
Keywords: راندمان تبدیل قدرت; Solar energy conversion; Perovskite solar cells; Power conversion efficiency; Optical bandgaps; Device hysteresis; Metastable phases;
Keywords: راندمان تبدیل قدرت; AFM; atomic force microscopy; (B)Chl; (bacterio)chlorophyll; BChl-1; methyl pyrobacteriopheophorbide a; BChl-2; methyl bacteriopheophorbide a; BCP; bathocuproine; Chl-1; methyl pyropheophorbide a; Chl-2; methyl pheophorbide a; CV; cyclic voltammogram; D/A
Keywords: راندمان تبدیل قدرت; Non-imaging dish concentrator; concentrator photovoltaic; solar flux distribution; cross compound parabolic concentrator; solar power generation; power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Multi-crystalline silicon solar cell; Two-step alkali etching; Metal-catalyzed chemical etching; Nano-texture; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Quasi-single crystalline silicon solar cells; Metal-catalyzed chemical etching; Nano-texture; Parallel sub-cell model; Power conversion efficiency;
Efficiency improvement of polymer solar cells with random micro-nanostructured back electrode formed by active layer self-aggregation
Keywords: راندمان تبدیل قدرت; Polymer solar cells; Back electrode; Micro-nanostructure; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Nanocrystal; Quantum dots; Ligand; Oleylamine; Solar cells; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Organic photovoltaic; Stretchable; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Nanocrystals; Interlayer; Electron transport; Power conversion efficiency; Light absorption;
Keywords: راندمان تبدیل قدرت; Electron transport and extraction; Self-assembled monolayer; Power conversion efficiency; Work function;
Keywords: راندمان تبدیل قدرت; Dye-sensitized solar cells; Artificial intelligence; Power conversion efficiency; Durability; Multi-objective optimization;
Keywords: راندمان تبدیل قدرت; Organic solar cells; Small molecular; Power conversion efficiency; Processing conditions;
Keywords: راندمان تبدیل قدرت; Donor-acceptor-type small molecules; Crystallinity; Morphology; Organic solar cells; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; Solar pavement; Power conversion efficiency; Photovoltaic cell; British Pendulum Test; Universal test machine; Drainage test;
Keywords: راندمان تبدیل قدرت; 2D; Two dimension; OSC; Organic solar cell; PSC; Perovskite solar cell; HTL; Hole transport layer; ETL; Electron transport layer; PCE; Power conversion efficiency; Jsc; Current density; Voc; Open circuit voltage; PEDOT, PSS; Poly(3,4-ethylenedioxythiophen
Keywords: راندمان تبدیل قدرت; Photovoltaic modules; Solar cell technology; Contact technology; Interconnection technology; Energy payback time; Power conversion efficiency; Fatigue life;
Keywords: راندمان تبدیل قدرت; Pyridopyridinedithiophene; Photovoltaic; Power conversion efficiency; Terpolymer;
Coumarin based sensitizers with ortho-halides substituted phenylene spacer for dye sensitized solar cells
Keywords: راندمان تبدیل قدرت; Coumarin sensitizers; Phenylene spacer; Power conversion efficiency; Dye sensitized solar cell;
Keywords: راندمان تبدیل قدرت; Conjugated polymer; Power conversion efficiency; Polymer solar cell; Random terpolymer; Single-junction solar cell;
Keywords: راندمان تبدیل قدرت; Ternary polymer solar cells; Nonfullerene acceptor; Wide-bandgap polymer; Power conversion efficiency;
Keywords: راندمان تبدیل قدرت; BHJ; bulk heterojunction; OSCs; organic solar cells; SMOSCs; small molecular organic solar cells; D:A; donor:acceptor; HTL; hole transporting layer; ETL; electron transporting layer; PCE; power conversion efficiency; EQE; external quantum efficiency; IPCE
Non-fullerene organic solar cells with 7% efficiency and excellent air stability through morphological and interfacial engineering
Keywords: راندمان تبدیل قدرت; Polymer solar cell; Non-fullerene acceptor; Spray coating; Power conversion efficiency; Air stability;
Keywords: راندمان تبدیل قدرت; Indoline dyes; Sensitization process; Power conversion efficiency; Solid-state cells