Keywords: نمک مذاب; Concentrated solar power; Molten salt; Economic analysis; Hydrothermal liquefaction; Microalgae biocrude;
مقالات ISI نمک مذاب (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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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: نمک مذاب; Solar power tower; Solar receiver; Heliostat-receiver model; Supercritical power block; Molten salt;
Keywords: نمک مذاب; Thermal barrier coating; Plasma spraying; Hot corrosion; Molten salt; Hexaaluminate; Yttria stabilized zirconia;
Keywords: نمک مذاب; Natural convection; Numerical simulation; Molten salt;
Keywords: نمک مذاب; Hybridization; Working fluid; Sodium; Molten salt; Modularisation;
Renewable and high efficient syngas production from carbon dioxide and water through solar energy assisted electrolysis in eutectic molten salts
Keywords: نمک مذاب; Syngas; Molten salt; Concentrated solar light; Electrolysis;
Keywords: نمک مذاب; Thermal energy storage; Concentrating solar power; Thermocline; Molten salt; Packed-bed; Discharging efficiency;
Keywords: نمک مذاب; Thermal energy storage; Concentrated solar power plant; Steam accumulator; Molten salt; Central receiver tower; Parabolic trough collector;
Dual Loop line-focusing solar power plants with supercritical Brayton power cycles
Keywords: نمک مذاب; Dual Loop solar field; Thermal oil; Molten salt; Supercritical Carbon Dioxide; Parabolic trough; Linear Fresnel;
Vibrational signatures of anionic cyano groups in imidazolium ionic liquids
Keywords: نمک مذاب; FTIR; Ionic liquid; Molten salt; Fermi resonance;
Keywords: نمک مذاب; Molten salt; Heat pipe; Inclination angle; Charge mass; Start-up performance;
Keywords: نمک مذاب; Molten salt; Concentric tube; Laminar flow; Convective heat transfer; Heat transfer correlation;
Keywords: نمک مذاب; Molten salt; Shell-and-tube heat exchanger; Heat transfer characteristics; Experimental investigation;
Keywords: نمک مذاب; Tabilization/solidification; Radioactive waste; Chloride salt; Stabilizer; Molten salt; Cs; Sr; PCT-A; Durability; Stabilization agent;
Keywords: نمک مذاب; Titanium nitride; Phase morphology; Molten salt; Reaction mechanism;
Keywords: نمک مذاب; Electrochemical behavior; Separation; WC-6Â wt% co scrap; Molten salt;
Keywords: نمک مذاب; Subcritical reactor; Thorium; Molten salt; 252Cf; Graphite; Monte Carlo;
Keywords: نمک مذاب; Molten salt; Nanoparticles; Specific heat; Ultra-sonication; Dispersion; Frequency;
Keywords: نمک مذاب; Tungsten coating; Molybdenum; Electrodeposition; Molten salt;
Keywords: نمک مذاب; Hydrogen production; Thermochemical water splitting; Heat transfer; Molten salt;
Keywords: نمک مذاب; Molten salt; Convective heat transfer; Heat exchanger; Concentric tube; Heat transfer correlation;
Keywords: نمک مذاب; Molten salt; Standardized procedures; Valves qualification; Components testing; Thermal storage; Concentrating solar power;
Keywords: نمک مذاب; Rhombohedral boron nitride; Molten salt; Sodium; Catalyst; Crystal transformation
Keywords: نمک مذاب; Molten salt reactor; Molten salt; Internal circulation; Monte Carlo; MCNP; Heat deposition
Keywords: نمک مذاب; Molten salt; Natural circulation loop; Solar thermal power plant; High temperature reactor;
Keywords: نمک مذاب; Improved firework algorithm; Coupled radiation–conduction; Optical and thermal properties; Molten salt
Keywords: نمک مذاب; Thermal energy storage (TES); Molten salt; Heat losses; Reengineering; Lessons learnt; Concentrated solar power plant (CSP);
Keywords: نمک مذاب; Thermocline; Molten salt; Insert liner; Truncated cone shaped tank; Thermal performance; Entropy generation;
Keywords: نمک مذاب; Temperature gradient; Superheater deposit; Molten salt; Alkali chloride; Computational fluid dynamics
Keywords: نمک مذاب; Nanofluid; solar energy; molten salt; specific heat capacity; thermal conductivity; viscosity;
Keywords: نمک مذاب; Molten salt; Electric double layer; Monte Carlo simulation; Differential capacitance;
Keywords: نمک مذاب; Molybdenum; Nanoparticles; Molten salt; Ternary salt;
Keywords: نمک مذاب; Central receiver; Heat pipe; Molten salt; Concentrated solar power tower;
Keywords: نمک مذاب; Natural circulation loop; 3D CFD simulation; Molten salt;
Keywords: نمک مذاب; Molten salt; Thermal energy storage; PCM; FactSage;
Keywords: نمک مذاب; A. Sintering; Nanocrystalline materials; Ceramics; Aluminum borate nanowire; Molten salt
Keywords: نمک مذاب; Electrometallisation; Molten salt; Tantalum; Electro-reduction; Magnesium chloride
Keywords: نمک مذاب; Tungsten coating; Molybdenum; Electrodeposition; Molten salt;
Keywords: نمک مذاب; Thermal energy storage; Molten salt; Concentrated solar power; Nanoparticle; Heat capacity;
Keywords: نمک مذاب; Self-diffusion coefficients; transference number; ionicity; hydrogen fluoride; molten salt;
Keywords: نمک مذاب; Thermal energy storage (TES); Molten salt; Corrosion; Carbon steel;
Keywords: نمک مذاب; Niobium carbide; Molten salt; Electrochemical reduction; Calcium niobate;
Keywords: نمک مذاب; Solar thermal power; Heat receiver; Molten salt; Spirally grooved pipe; Convective heat transfer
Keywords: نمک مذاب; Thermal storage system; Thermocline; Molten salt; Phase change materials; Solar thermal power
Keywords: نمک مذاب; Melt Crystallization; Molten Salt; Pyroprocessing; Used Nuclear Fuel
Keywords: نمک مذاب; Hydrogen production; Thermochemical water splitting; Heat recovery; Molten salt;
Keywords: نمک مذاب; Nanomaterial; Specific heat capacity; Carbon nanotubes; Molten salt; Molecular dynamics simulation
Keywords: نمک مذاب; Carbon fiber reinforced epoxy resin composites; Recycling; Molten salt; Potassium hydroxide;
Keywords: نمک مذاب; Molten salt; TES; Heat loss; CFD; Solidification
Keywords: نمک مذاب; Molten salt; Heat exchanger; Heat storage