Keywords: کوره های خورشیدی; Solar thermal energy; Solar furnace; Modelling; Control; Active cooling;
مقالات ISI کوره های خورشیدی (ترجمه نشده)
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Keywords: کوره های خورشیدی; Photovoltaic concentration; Solar furnace; Flux homogenization;
Keywords: کوره های خورشیدی; Solar receiver; Aperture; Solar furnace; Solar simulator; Ray tracing; Predictive control;
Keywords: کوره های خورشیدی; Solar sintering; Solar furnace; Heliostat; Parabolic concentrator; Magnesium titanates;
Keywords: کوره های خورشیدی; Thermochemical solar processes; Solar reactors; Solar furnace; Solar tower; Solar thermal; Concentrated solar energy;
Keywords: کوره های خورشیدی; Solar volumetric absorber; High temperature; Solar furnace; Ceramic foam;
Keywords: کوره های خورشیدی; 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: کوره های خورشیدی; Solar furnace; Heliostat size; Optimization study; Energy cost;
Keywords: کوره های خورشیدی; Concentrated solar energy; Solar furnace; Silicon carbide; SiO2/C composite; Solar SiC;
Keywords: کوره های خورشیدی; Thermochemical storage; Copper oxide; Solar reactor; Solar furnace;
Keywords: کوره های خورشیدی; Solar furnace; High-temperature processes; Heat transfer; Prototype-design validation; Computational fluid dynamics (CFD);
Keywords: کوره های خورشیدی; Thermal model; Solar furnace; Temperature uniformity; Finite element method;
Keywords: کوره های خورشیدی; Optical performance; Solar furnace; Concentrated solar flux; Flux mapping method; Ray tracing method;
Keywords: کوره های خورشیدی; Concentrated solar radiation; Solar-blind detector; IR camera; Solar furnace
Keywords: کوره های خورشیدی; Solar energy; Lighting simulation; Optical design; Concentrating solar power; Solar furnace;
Keywords: کوره های خورشیدی; Silicon carbide; Refractory concrete; Active oxidation; Nozzle materials; Solar furnace; Thermo-mechanical testing;
Keywords: کوره های خورشیدی; Solar furnace; Irradiance distribution; Focal position; Shutter aperture; Solar receiver
Hazards Caused by UV Rays of Xenon Light Based High Performance Solar Simulators
Keywords: کوره های خورشیدی; solar furnace; solar simulator; ultraviolet light; xenon short arc lamp;
Experimental aspects of CuO reduction in solar-driven reactors: Comparative performance of a rotary kiln and a packed-bed
Keywords: کوره های خورشیدی; Solar energy; Solar furnace; Solar reactors; Thermochemical processes;
Fractional robust PID control of a solar furnace
Keywords: کوره های خورشیدی; Solar furnace; Fractional PID control; Generalized isodamping; Robust control;
Simulation of Flux Distributions on the Foam Absorber with Solar Reactor for Thermo-chemical Two-step Water Splitting H2 Production Cycle by the 45 kWth KIER Solar Furnace
Keywords: کوره های خورشیدی; Foam device; Two-step water splitting; Solar reactor; Solar furnace; Heat flux;
Implementation of feedback linearization GPC control for a solar furnace
Keywords: کوره های خورشیدی; Solar furnace; Predictive control; Feedback linearization
Thermal analysis and design of a solar prototype for high-temperature processes
Keywords: کوره های خورشیدی; Solar furnace; High-temperature processes; Solar prototype; Heat transfer; Computational Fluid Dynamics (CFD); 3D thermal simulation;
Constrained control strategies for disturbance rejection in a solar furnaces
Keywords: کوره های خورشیدی; Solar furnace; Disturbance rejection; Predictive control; Constrained control
Thermal characterization of a cavity receiver for hydrogen production by thermochemical cycles operating at moderate temperatures
Keywords: کوره های خورشیدی; Hydrogen production; Manganese ferrite cycle; Solar furnace; Thermofluidodynamic model; Cavity receiver
A high-irradiance solar furnace for photovoltaic characterization and nanomaterial synthesis
Keywords: کوره های خورشیدی; Photovoltaic; Solar furnace; Concentrator; Nanomaterials; High-irradiance
Cost-effective solar furnace system using fixed geometry Non-Imaging Focusing Heliostat and secondary parabolic concentrator
Keywords: کوره های خورشیدی; Non-imaging focusing heliostat; Solar furnace; Astigmatic correction; Spinning-elevation; High concentration solar energy; Solar thermal;
Optical design of a high radiative flux solar furnace for Mexico
Keywords: کوره های خورشیدی; Solar concentration; Segmented concentrator; Radiative flux; Solar furnace; Solar chemistry
Tungsten behavior under proton flux and high temperature
Keywords: کوره های خورشیدی; 81.40.Gh; 81.40.Tv; 34.50.Dy; 42.79.Ek; Tungsten; Solar furnace; High temperature; Proton flux; Reflectivity;
Flux distribution of solar furnace using non-imaging focusing heliostat
Keywords: کوره های خورشیدی; Solar furnace; Flux distribution; Spinning-elevation; Heliostat
An adaptive temperature control law for a solar furnace
Keywords: کوره های خورشیدی; Solar furnace; Thermal stress tests; Nonlinear control; Exact linearization; Lyapunov method
High meta-stability of tungsten sub-carbide W2C formed from tungsten/carbon powder mixture during eruptive heating in a solar furnace
Keywords: کوره های خورشیدی; Tungsten sub-carbide W2C; Tungsten mono-carbide WC; Solar furnace; Ultra-fast heating rate
Formation of hexagonal η-MoC1−x phase at a temperature lower than 1660 °C by solar radiation heating under presence of excess free carbon
Keywords: کوره های خورشیدی; Molybdenum mono-carbide; Molybdenum sub-carbide; Solar furnace
Synthesis of tungsten sub-carbide W2C from graphite/tungsten powder mixtures by eruptive heating in a solar furnace
Keywords: کوره های خورشیدی; Tungsten sub-carbide W2C; Nano-meter scale WC whisker; Non-stoichiometry; Vickers microhardness; Solar furnace; Ultra-fast heating
Silicon and solar-grade silicon production by solar dissociation of Si3N4
Keywords: کوره های خورشیدی; Solar-grade silicon production; Silicon manufacturing; Concentrated solar energy; Silicon nitride; Solar thermal; Silicon purification; Process heat; Si3N4; SG-Si; High temperature process; Solar furnace
Neutral oxygen atom density in the MESOX air plasma solar furnace facility
Keywords: کوره های خورشیدی; Air plasma; Plasma characterization; O-atom density; Degree of dissociation; Catalytic probe (FOCP); Solar furnace;
Solar experimental methods for observing melting plateaux and associated temperature measurements for refractory oxides from 2000 to 3000 °C
Keywords: کوره های خورشیدی; Melting point; Al2O3; Thermal properties; Solar Furnace;
Kinetic aspects of reaction between tantalum and carbon material (active carbon or graphite) under solar radiation heating
Keywords: کوره های خورشیدی; Tantalum sub-carbide; Tantalum mono-carbide; Solar furnace
Solar sintering of cordierite-based ceramics at low temperatures
Keywords: کوره های خورشیدی; Al-Mg-Si-O system; Cordierite; Indialite; Sintering; Solar furnace;