Keywords: خنک کردن; Cold energy storage; Ice slurry; Solidification; Subcooling; Heterogeneous nucleation energy; Inhibitor concentration;
مقالات ISI خنک کردن (ترجمه نشده)
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Keywords: خنک کردن; Critical heat flux; Leidenfrost point; Quenching; Rodlet; Subcooling; Superhydrophilic surface;
Keywords: خنک کردن; Boiling heat transfer; Nanowire-forested surfaces; Subcooling; Thermal stability; Critical heat flux; Nucleation;
Keywords: خنک کردن; Phase change material; Thermal conductivity; Graphene; Metal network; Heat of fusion; Subcooling;
Keywords: خنک کردن; Film boiling; Saturated liquid; Subcooling; Vapor film instability; Attainable limiting temperature; Cooling thermogram; Sphere; Thermal effusivity; Inverse heat conduction problem; Heat transfer coefficient; Pressure influence;
Keywords: خنک کردن; Domestic refrigerator; Wire-on-tube condenser; Subcooling; Coefficient of performance (COP); Heat transfer;
Keywords: خنک کردن; Household refrigerator; Capillary tube; Subcooling; Flow visualization; Réfrigérateur domestique; Tube capillaire; Sous-refroidissement; Visualisation de l'écoulement;
Keywords: خنک کردن; Heat exchanger design; Heat pump; Natural refrigerants; Optimal working point; Subcooling; Conception d'échangeur de chaleur; Pompe à chaleur; Frigorigènes naturels; Point de fonctionnement optimal; Sous-refroidissement;
Keywords: خنک کردن; Gas hydrate; Nucleation; Probability; Subcooling; Kinetics;
Keywords: خنک کردن; Film boiling; Subcooling; Vapor film instability; Vapor film thickness; Thermogram; Natural convection; Heat transfer; Liquid viscosity;
Keywords: خنک کردن; Pool boiling; Ultrasound; Heat transfer; Heater size; Subcooling; Surfactant
Keywords: خنک کردن; Boiling; Subcooling; Vapor film instability; Attainable limiting temperature; Leidenfrost temperature; Cooling thermogram; Sphere; Inverse heat conduction problem;
Keywords: خنک کردن; Heat transfer; Erythritol; Thermophysical property; Subcooling; Phase change; Thermal energy storage
Keywords: خنک کردن; Gas hydrate; Nucleation curve; Nucleation rate; Subcooling; Probability; Kinetics;
Keywords: خنک کردن; Subcooled flow boiling; Void fraction; Onset of significant void; Subcooling;
Keywords: خنک کردن; Refrigerating system; Ejector; Subcooling; Performance;
Keywords: خنک کردن; Bubble dynamics; Mixed wettability; Single bubble; Dissolve air; Subcooling
Keywords: خنک کردن; Galactitol; Subcooling; Latent heat storage; Solar cookers;
Keywords: خنک کردن; Condenser; Subcooling; Coefficient of performance (COP); Alternative refrigerants; Refrigerant chargeCondenseur; Sous-refroidissement; Coefficient de performance (COP); Frigorigènes de remplacement; Charge en frigorigène
Keywords: خنک کردن; Optimum; Subcooling; Vapor-compression refrigeration system; COP; Exergy destruction
Keywords: خنک کردن; Energy storage; Phase change material; Heat transfer; Rectangular cavity; Natural convection; Subcooling
Keywords: خنک کردن; Vapor compression cycle; Subcooling; Ejector; Expander; Injection; Saturation cycleCycle à compression de vapeur; Sous refroidissement; Ejecteur; Détendeur; Injection; Cycle à saturation
Keywords: خنک کردن; Phase change material; Solidification; Subcooling; Carbon nanotubes; Cool thermal energy storage; Nucleating agentMatériau à changement de phase; Solidification; Sous-refroidissement; Nanotubes carbone; Accumulation thermique d'énergie frigorifique; Agent
Keywords: خنک کردن; Falling-film; Evaporator; Porous coating; Subcooling; Superheat
Keywords: خنک کردن; Minichannel; Flow boiling heat transfer; Critical heat flux; Spray pyrolysed alumina coating; Subcooling; Wall heat flux
Keywords: خنک کردن; Refrigeration; Liquid desiccant; Subcooling; Condensation heat utilization; Energy efficiency improvement
Keywords: خنک کردن; Refrigeration; Energy efficiency; Subcooling; Expansion power recovery; RefrigerantRéfrigération; Efficacité énergétique; Sous-refroidissement; Récupération de l'énergie de détente; Frigorigène
Keywords: خنک کردن; Vapor compression system; Extremum seeking control; Subcooling; System efficiencySystème à compression de vapeur; Régulation recherchant les extrémums; Sous refroidissement; Efficacité des systèmes
Keywords: خنک کردن; PCM; Free cooling; Heat transfer enhancement; Outward cylindrical solidification; Subcooling; Sensible cooling;
Keywords: خنک کردن; Propane; Heat pumps; Natural refrigerants; Sanitary hot water; Subcooling; Energy recovery;
Keywords: خنک کردن; CO2; Transcritical; Subcooling; Energy efficiencyCO2; Transcritique; Sous-refroidissement; Efficacité énergétique
Pool boiling heat transfer of FC-72 on pin-fin silicon surfaces with nanoparticle deposition
Keywords: خنک کردن; Pool boiling; Micro pin fin; Nanoparticle; Subcooling; CHF;
Experimental performances of a two-phase R134a ejector
Keywords: خنک کردن; Experiments; Two-phase; Ejector; R134a; Subcooling; Performance;
Energy performance of GCC-specification LCC optimized dedicated outdoor air system configurations coupled to an air-cooled outdoor unit
Keywords: خنک کردن; Air handling unit; Dedicated outdoor air systems; DOAS; Subcooling; Reheat coil; Efficient dehumidification; GCC climates; Energy recovery systems; Run-around heat exchanger;
Subcooling methods for CO2 refrigeration cycles: A review
Keywords: خنک کردن; CO2; Subcooling; Dedicated mechanical subcooling; Integrated mechanical subcooling; Thermoelectric subcooling; CO2; Sous-refroidissement; Sous refroidissement mécanique dédié; Sous refroidissement mécanique intégré; Sous-refroidissement thermoélect
Experimental study of a subcritical heat pump booster for sanitary hot water production using a subcooler in order to enhance the efficiency of the system with a natural refrigerant (R290)
Keywords: خنک کردن; Propane; Heat pumps; Natural refrigerants; Sanitary hot water; Subcooling; Propane; Pompes à chaleur; Frigorigènes naturels; Eau chaude sanitaire; Sous-refroidissement;
Critical heat flux for downward-facing pool boiling on CANDU calandria vessel
Keywords: خنک کردن; Critical heat flux; Pool boiling; Two-phase flow; CANDU; Severe accident; Calandria vessel; Subcooling;
Solidification characteristics of water based graphene nanofluid PCM in a spherical capsule for cool thermal energy storage applications
Keywords: خنک کردن; Subcooling; Solidification; Thermal conductivity; Cool thermal energy storage; Nanofluid phase change material; Graphene nanoplateletsSous-refroidissement; Solidification; Conductivité thermique; Stockage d'énergie thermique froide; Matériau à changement
Experimental evaluation of the heat transfer through small PCM-based thermal energy storage units for building applications
Keywords: خنک کردن; Phase change material; Heat transfer; Rectangular cavities; Natural convection; Subcooling; Building applications;
Performance improvement potentials of R1234yf mobile air conditioning system
Keywords: خنک کردن; R1234yf; Improvement potential; Superheat; Subcooling; Compressor efficiencyR1234yf; Potentiel d’amélioration; Surchauffe; Sous-refroidissement; Efficacité du compresseur
Influence of the size of spherical capsule on solidification characteristics of DI (deionized water) water for a cool thermal energy storage system – An experimental study
Keywords: خنک کردن; Phase change material; Solidification; Subcooling; Cool thermal energy storage; DI (deionized water) water; Spherical capsuleDI, deionized water; SS, stainless steel; COP, coefficient of performance; HTF, heat transfer fluid; PCM, phase change material; R
Investigation of the induction time for THF hydrate formation in porous media
Keywords: خنک کردن; THF hydrate; Induction time; Memory effect; Subcooling; Particle size
Dielectric liquids natural convection on small rough Cu surfaces at different orientations
Keywords: خنک کردن; Natural convection; Dielectric liquids; Inclination angle; Surface roughness and oxidation; Copper; Subcooling; Electronics cooling; Standby mode
Experimental investigation of the effect of condenser subcooling in R134a and R1234yf air-conditioning systems with and without internal heat exchanger
Keywords: خنک کردن; Condenser; Subcooling; COP; Alternative refrigerants; Refrigerant chargeCondenseur; Sous-refroidissement; COP; Frigorigènes alternatifs; Charge en frigorigène
Sodium laurate enhancements the thermal properties and thermal conductivity of eutectic fatty acid as phase change material (PCM)
Keywords: خنک کردن; Palmitic acid; Myristic acid; Surfactant; Latent heat storage; Subcooling
Enhanced heat transfer characteristics of water based copper oxide nanofluid PCM (phase change material) in a spherical capsule during solidification for energy efficient cool thermal storage system
Keywords: خنک کردن; Solidification; Subcooling; Nanofluid phase change material; Nucleating agent; Thermal energy storage;
Role of PCM based nanofluids for energy efficient cool thermal storage system
Keywords: خنک کردن; Thermal energy storage; Nanofluid; Phase-change material; Solidification; Subcooling; Secondary refrigerant; Carbon nanotubesaccumulation thermique; nanofluide; matériau à changement de phase; solidification; sous-refroidissement; frigoporteur; nanotubes
Improved measurement technique for the characterization of organic and inorganic phase change materials using the T-history method
Keywords: خنک کردن; PCM; Characterization methodology; T-history method; Subcooling; Temperature uncertainty; Heat density
VARIATION OF LOCAL POOL BOILING HEAT TRANSFER COEFFICIENT ON 3-DEGREE INCLINED TUBE SURFACE
Keywords: خنک کردن; Pool Boiling; Subcooling; Local Heat Transfer; Tube; Inclination Angle
Cost optimization of heat exchanger inventory for mechanical subcooling refrigeration cycles
Keywords: خنک کردن; Thermoeconomic; Subcooling; Optimization; Heat exchanger; Inventorythermoeconomique; sous-refroidissement; optimisation; échangeur de chaleur; nombre