Keywords: حلقه لوله گرما; Loop heat pipe; Cooling system; Heat source; Heat exchange;
مقالات ISI حلقه لوله گرما (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: حلقه لوله گرما; Liquid-vapor interface; Loop heat pipe; Phase displacement; Porous media; Start-up; Visualization;
Keywords: حلقه لوله گرما; Loop heat pipe; Composite wick; Thermal conductivity; Thermal performance;
Keywords: حلقه لوله گرما; Loop heat pipe; Flat evaporator; Visualization; Deprime; Nucleation; Heat leak;
Keywords: حلقه لوله گرما; Methane; Loop heat pipe; Cryogenic; Supercritical startup; Temperature hysteresis;
Keywords: حلقه لوله گرما; Loop heat pipe; Electronic cooling; Aeronautical; Refrigeration; Vapor Cycle System;
Keywords: حلقه لوله گرما; Heat energy transfer; Loop heat pipe; Recovery of low-potential heat; System of thermal regulation;
Keywords: حلقه لوله گرما; Electronics cooling; Loop heat pipe; Capillary structure; Modeling;
Keywords: حلقه لوله گرما; Loop heat pipe; Visualization study; Two-phase flow; Flow patterns; Thermal resistance;
Keywords: حلقه لوله گرما; Solar energy; Loop heat pipe; Heat pump; Simulation;
Keywords: حلقه لوله گرما; LHP; loop heat pipe; SFC; specific fuel consumption; LHPIPS; Loop heat pipe ice protection system; CIPS; conventional ice protection system; DCCLHP; double compensation chamber loop heat pipe; UAV; unmanned aerial vehicle; CC; compensation chamber; 3WV; t
Keywords: حلقه لوله گرما; Micro-channel; Loop heat pipe; Heat transport capacity; Fractal theory; Porous media; Permeability;
Keywords: حلقه لوله گرما; Loop heat pipe; Dual compensation chambers; Startup behavior; Operating characteristics; Acceleration force; Electronic device cooling;
Keywords: حلقه لوله گرما; Loop Heat Pipe; Lumped parameter; Electric vehicle; Thermal management;
Keywords: حلقه لوله گرما; Loop heat pipe; Active temperature control; Analytical modeling; Magnetic force;
Keywords: حلقه لوله گرما; Loop heat pipe; Evaporator; Heat load; Thermal resistance; Heat flux; Electronics cooling;
Keywords: حلقه لوله گرما; Loop heat pipe; Large thermal footprint; Squared evaporator; Ribbed plate; Electronics cooling;
Keywords: حلقه لوله گرما; Loop heat pipe; Bi-porous wick; Porosity and permeability; Infrared thermography; Dry-out;
Keywords: حلقه لوله گرما; Solar power tower plant; Central receiver; Loop heat pipe; Numerical simulation;
Keywords: حلقه لوله گرما; Loop heat pipe; Driving force; Mathematical model; Evaporation chamber; Thermal resistance;
Keywords: حلقه لوله گرما; Capillary evaporator; Capillary pumped loops; Evaporator heat-transfer coefficient; Loop heat pipe; Optimized wick shape; Three-phase contact line;
Keywords: حلقه لوله گرما; Evaporator; Liquid-vapor interface; Loop heat pipe; Microscale infrared observation; Porous media;
Keywords: حلقه لوله گرما; Capillary force; Loop heat pipe; Desalination; Waste heat recovery;
Keywords: حلقه لوله گرما; Loop heat pipe; Double compensation chamber; Visualization; Start-up; Temperature oscillation;
Keywords: حلقه لوله گرما; Capillary evaporator; Loop heat pipe; Nucleation superheat; Pore network model; Porous media; Unsaturated wick;
Keywords: حلقه لوله گرما; Loop heat pipe; Evaporator; Porous material; Heat-and-mass transfer; Evaporation;
Keywords: حلقه لوله گرما; Loop Heat Pipe; Capillary Pumped Loop; Porous media; Multiphase flow; Heat transfer;
Keywords: حلقه لوله گرما; Loop heat pipe; Cryogenic; Thermal control; Supercritical startup; Heat transport capability;
Keywords: حلقه لوله گرما; Pump; Loop heat pipe; Energy recovery; Refrigerant; Mass flow rate;
Keywords: حلقه لوله گرما; Anti-gravity; Loop heat pipe; Evaporator; Heat transfer;
Keywords: حلقه لوله گرما; Loop heat pipe; Porous copper fiber sintered sheet; Surface morphology; Capillary pumping amount; Thermal performance;
Keywords: حلقه لوله گرما; Ambient temperature; Experimental testing; Fluid charge; LED cooling; Loop heat pipe; Manufacturing; Wick optimization;
Keywords: حلقه لوله گرما; Cooling device; Heat pipe; Heat transfer device; Loop heat pipe;
Keywords: حلقه لوله گرما; Loop heat pipe; Flat evaporator; Wick; Thermal resistance; Heat flux; Heat load; Electronics cooling;
Keywords: حلقه لوله گرما; Model; Analytical; Transient; Capillary pumped loop; Loop heat pipe;
Keywords: حلقه لوله گرما; Loop heat pipe; Porous copper fiber sintered sheet; Surface morphology; Heat load; Surface thermal homogeneity; Thermal inertia;
Keywords: حلقه لوله گرما; Loop heat pipe; Flat plate evaporator; Secondary wick; Biporous wick; Thermal characteristics;
Keywords: حلقه لوله گرما; Loop heat pipe; Metal foam; Wick structure; Start-up time; Thermal resistance;
Keywords: حلقه لوله گرما; Loop heat pipe; Two-phase flow; Flow patterns;
Keywords: حلقه لوله گرما; Loop heat pipe; Cryogenic; Supercritical startup; Working mode; Experiment;
Keywords: حلقه لوله گرما; Loop heat pipe; Capillary evaporators; Pore network model; Bidispersed wick;
Keywords: حلقه لوله گرما; Loop heat pipe; Liquid guiding holes; Start-up; Transient performance; Temperature oscillation;
Keywords: حلقه لوله گرما; Self-rewetting fluid; Solute; Concentration; Loop heat pipe;
Keywords: حلقه لوله گرما; Loop heat pipe; Biporous wick; High polymer; Pore size effect; Content effect;
Keywords: حلقه لوله گرما; Water; Loop heat pipe; Adsorbent storage tank; Adsorption; Silica gel;
Keywords: حلقه لوله گرما; Loop heat pipe; Cooling system of computer servers; Operating temperature; Thermal resistance
Keywords: حلقه لوله گرما; Biporous wick; Loop heat pipe; Flat evaporator; Heat flux; Bifacial heat load;
Keywords: حلقه لوله گرما; Loop heat pipe; Flat evaporator; Two wicks; Startup; Fluctuation;
Keywords: حلقه لوله گرما; Loop heat pipe; Mathematical model; Driving mode; Operating characteristics; Experiment;
Keywords: حلقه لوله گرما; Loop heat pipe; Cryogenic; Supercritical startup; Heat transport