Keywords: بازتابنده خطی فرسل; Concentrating solar power; Linear fresnel reflector; Ray tracing technique; CPC collector; Optical performance; Particle swarm optimization;
مقالات ISI بازتابنده خطی فرسل (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: بازتابنده خطی فرسل; Concentrating solar thermal technology; Linear Fresnel reflector; Ray trace code; Optimized optical performance; Incidence angle;
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; End losses minimization; Two-axis tracking system; Optical performance;
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Optical analysis; Incident angle modifier; Optimization;
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Daily performance; Mathematical modeling; Daily experimental analysis;
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Daily performance; Mean incident angle modifier; Yearly performance;
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Thermal enhancement; Nanofluid; Multi-criteria evaluation;
Keywords: بازتابنده خطی فرسل; CAMD; Computer Aided Molecular Design; CFCs; Chloroflourocarbons; CPC; Compound Parabolic Collector; CSP; Concentrated solar power; DVG; Direct Vapor Generation; ED; Electrodialysis; ETC; Evacuated Tube Collector; FPC; Flat Plate Collector; GWP; Global Wa
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Thermal analysis; Optical analysis; Molten salt; Liquid Sodium;
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Optical optimization; Annual efficiency; Monte Carlo ray-tracing; Particle swarm optimization;
Keywords: بازتابنده خطی فرسل; Trapezoidal cavity receiver; Linear Fresnel reflector; Computational fluid dynamics; Discrete Transfer Radiation Model;
Keywords: بازتابنده خطی فرسل; Linear fresnel reflector; Parametric study; Sensitivity analysis;
Keywords: بازتابنده خطی فرسل; Post-combustion CO2 capture; Solar thermal energy; Dynamic response; Parabolic trough collector; Linear Fresnel reflector;
Keywords: بازتابنده خطی فرسل; Two-stage solar concentrator; Linear Fresnel reflector; Secondary concentrator; Uniform flux distribution; Variable aim line;
Keywords: بازتابنده خطی فرسل; Multiple-effect evaporator; Thermo-vapor compressor; Linear Fresnel reflector; Solar thermal; Process integration;
Keywords: بازتابنده خطی فرسل; Gas turbine cogeneration plant; Carbon capturing; Integrating solar thermal technology; Linear Fresnel reflector; Solar thermal power plants; Thermo-economic analysis;
Keywords: بازتابنده خطی فرسل; Solar thermal power generation; Parabolic trough collector; Linear Fresnel reflector; Levelized unit cost of electricity; System Advisor model;
Keywords: بازتابنده خطی فرسل; Ashby chart; Concentrating solar power; Linear Fresnel reflector; Organic Rankine cycle; Parabolic trough collector; Comparison diagram
Keywords: بازتابنده خطی فرسل; Integrated Solar Combined Cycle (ISCC); Combined cycle; Concentrating solar power (CSP); Parabolic trough collector; Linear Fresnel reflector;
Keywords: بازتابنده خطی فرسل; Concentrating solar power; Linear fresnel reflector; Monte Carlo method; Heliostat curvature;
Keywords: بازتابنده خطی فرسل; Concentrated solar power; Linear Fresnel reflector; Organic Rankine cycle; Parabolic trough collector; Selection diagram;
Keywords: بازتابنده خطی فرسل; Concentrating solar power; Linear Fresnel reflector; Trapezoidal cavity receiver; Optical and thermal characterization; Monte Carlo ray tracing; Finite volume method; MCRT; Monte Carlo Ray Tracing; FVM; Finite Volume Method; TCR; Trapezoidal Cavity Receiv
Keywords: بازتابنده خطی فرسل; AGL; Above Ground Level; MCP; Measure Correlate Predict; CNT; Centralized; MDM; Metrological Department Malaysia; CSP; Concentrating Solar Power; MMD; Malaysian Meteorological Department; DCNT; Decentralized; MHP; Micro Hydropower; DEM; Digital Elevation
Keywords: بازتابنده خطی فرسل; 3DOM; three dimensionally ordered macroporous; ANU; Australian National University; ASR; automobile shredder residue; ASTERIX; advanced steam reforming in heat exchangers; CAESAR; catalytically enhanced solar absorption receiver; CAS; Chinese Academy of S
Keywords: بازتابنده خطی فرسل; Parabolic trough; Linear Fresnel reflector; Shading; Blocking;
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Shading; Blocking; Cost of electricity
Keywords: بازتابنده خطی فرسل; Solar energy; Linear Fresnel reflector; Cavity receiver; Heat loss; Aspect ratio
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Azimuth tracking; Intercept factor; Ray trace
Keywords: بازتابنده خطی فرسل; Concentrating solar power; Linear Fresnel reflector; Parabolic trough collector; Design radiation
Keywords: بازتابنده خطی فرسل; CLFR; Compact Linear Fresnel collector; CRS; Central Receiver System; CSP; Concentrated solar power; CST; Concentrated solar thermoelectric; DNI; Direct Normal Irradiance; DSG; Direct steam generation; HCE; Heat Collector Element; HFC; Heliostat field col
Heat loss analysis from a trapezoidal cavity receiver in LFR system using conduction-radiation model
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Trapezoidal cavity; Heat losses; Correlations;
Secondary concentrator optimization of a linear Fresnel reflector using Bezier polynomial parametrization
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Bezier; Optical analysis; Optimization;
Non-tracking East-West XCPC solar thermal collector for 200 celsius applications
Keywords: بازتابنده خطی فرسل; CPC; XCPC; Nonimaging; Industrial process heat; Solar heat industry; Solar thermal; PV; photovoltaic; CSP; concentrating solar power; TES; thermal energy storage; HTF; heat transfer fluid; DHW; domestic hot water; IPH; industrial process heat; PTC; parabo
The potential of concentrating solar power (CSP) for electricity generation in Libya
Keywords: بازتابنده خطی فرسل; CSERS; Centre for Solar Energy Research and Studies; DNI; Direct Normal Irradiance; GDP; Gross Domestic Production; GHI; Global Horizontal Irradiance; HTF; Heat Transfer Fluid; LCOE; Levelized Cost of Energy; LFR; Linear Fresnel Reflector; SAM; System Adv
Numerical analysis of convective and radiative heat losses from trapezoidal cavity receiver in LFR systems
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Trapezoidal cavity; Heat losses; Correlations
Modeling and Sizing of a MW Solar DSG plant
Keywords: بازتابنده خطی فرسل; Solar concentration; Process heat; Direct Steam Generation; flow pattern; Linear Fresnel Reflector; modeling and optimization
Optical modelling and performance analysis of a solar LFR receiver system with parabolic and involute secondary reflectors
Keywords: بازتابنده خطی فرسل; Solar energy; Optical analysis; Linear Fresnel Reflector; Secondary reflector; Flux distribution; IAM;
Theoretical elements for the design of a small scale Linear Fresnel Reflector: Frontal and lateral views
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Optimization
Study on optical and thermal performance of a linear Fresnel solar reflector using molten salt as HTF with MCRT and FVM methods
Keywords: بازتابنده خطی فرسل; Linear Fresnel reflector; Molten salt; Optical performance; Thermal performance; Monte Carlo Ray Tracing; Finite Volume Method;
Optimization of a trapezoidal cavity absorber for the Linear Fresnel Reflector
Keywords: بازتابنده خطی فرسل; Linear Fresnel Reflector; CSP; Cavity receiver; Response Surface Method optimization; CFD; ANSYS DesignXplorer;
Beam-down linear Fresnel reflector: BDLFR
Keywords: بازتابنده خطی فرسل; Linear fresnel reflector; Beam-down curvature; Flux concentration; Optical efficiency; Layout optimization; Compound parabolic concentrator;