Keywords: شار حرارتی بحرانی; Bubble nucleation; Critical heat flux; Dry patch; Pool boiling; Triple contact line;
مقالات ISI شار حرارتی بحرانی (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: شار حرارتی بحرانی; Pool boiling; Selective laser melting; Grid structure; Critical heat flux;
Keywords: شار حرارتی بحرانی; Critical heat flux; Flow boiling; Electron beam; Irradiation effect;
Keywords: شار حرارتی بحرانی; Microchannel; Bubble growth; Nucleation site; Non-dimensional numbers; Critical heat flux;
Keywords: شار حرارتی بحرانی; Heat transfer; Boiling crisis; Critical heat flux; Incipient boiling; Vaporization front;
Keywords: شار حرارتی بحرانی; Microstructured hydrophobic-hydrophilic surfaces; Easy-to-activate nucleation sites; Boiling heat transfer; Critical heat flux; Heat transfer coefficient;
Keywords: شار حرارتی بحرانی; Natural circulation; Critical heat flux; In-vessel retention; ERVC;
Keywords: شار حرارتی بحرانی; Critical heat flux; Boiling heat transfer; Nanofluids; Wettability and porous Nano-layer; CHF; Critical heat flux; DNB; Departure from nucleate boiling; TEM; Transmission electron microscope; SEM; Scanning electron microscope; FESEM; Field emission scanni
Keywords: شار حرارتی بحرانی; Receding; Wicking; Contact line; Critical heat flux;
Keywords: شار حرارتی بحرانی; Supersonic spraying; Copper nanoparticles; Pool boiling; Superheat temperature; Critical heat flux;
Keywords: شار حرارتی بحرانی; Boiling; Critical heat flux; Initiation mechanisms;
Keywords: شار حرارتی بحرانی; Saturated pool boiling; Nanofluid; Nanoparticle layer; Peeling test; Adhesion force; Critical heat flux; Heat transfer coefficient;
Keywords: شار حرارتی بحرانی; Saturated pool boiling; In-vessel retention; Seawater cooling; Critical heat flux; Honeycomb porous plate; Sea-salt deposition;
Keywords: شار حرارتی بحرانی; Flow boiling; Single minichannel; Critical heat flux; Pressure drop;
Keywords: شار حرارتی بحرانی; Critical heat flux; Downward-facing pool boiling; Honeycomb surface; Inclined surface; Water supply; Bubble removal;
Keywords: شار حرارتی بحرانی; Downward facing boiling; Critical heat flux; Convection of liquid metal; Structured hemisphere surface;
Keywords: شار حرارتی بحرانی; Nanofluid; Flow boiling; Critical heat flux; Correlation;
Keywords: شار حرارتی بحرانی; Critical heat flux; Boiling heat transfer; Surface modification; Surface hole pattern; Pool boiling;
Keywords: شار حرارتی بحرانی; Critical heat flux; Leidenfrost point; Quenching; Rodlet; Subcooling; Superhydrophilic surface;
Keywords: شار حرارتی بحرانی; Ionic liquid; Pool boiling; Inverted heater; Bubble departure; Bubble coalescence; Critical heat flux;
Keywords: شار حرارتی بحرانی; Critical heat flux; Machine learning; Support vector machine; Look-up table;
Keywords: شار حرارتی بحرانی; Pool boiling; Rectangular microchannel; Capillary wicking; Viscous friction; Critical heat flux; Boiling heat transfer coefficient;
Keywords: شار حرارتی بحرانی; Phase change; Pool boiling; Critical heat flux; Surface wettability; Resistance-temperature detector;
Keywords: شار حرارتی بحرانی; Supersonic spraying; Silver nanowire; Pool boiling; Superheat temperature; Critical heat flux;
Keywords: شار حرارتی بحرانی; Carbon dioxide; Critical region; DNB; Heat transfer correlation; Heat transfer coefficient; Critical heat flux;
Keywords: شار حرارتی بحرانی; Critical heat flux; Prediction methods; Experimental methods; Datasets;
Keywords: شار حرارتی بحرانی; Boiling heat transfer; Nanowire-forested surfaces; Subcooling; Thermal stability; Critical heat flux; Nucleation;
Keywords: شار حرارتی بحرانی; Hydrophobic stripe; Critical heat flux; Boiling heat transfer; Flow boiling;
Keywords: شار حرارتی بحرانی; Critical heat flux; Shallow microchannels; Aspect ratio; Visualization; Flow instability;
Keywords: شار حرارتی بحرانی; Critical heat flux; Saturated pool boiling; Porous beads; Nanofluid; Nanoparticle deposition;
Keywords: شار حرارتی بحرانی; Critical heat flux; Leidenfrost point; Pool boiling heat transfer; Quenching; Superhydrophilic porous surface; Surface wickability;
Keywords: شار حرارتی بحرانی; Critical heat flux; Wettability; Flow boiling; Departure from nucleate boiling;
Keywords: شار حرارتی بحرانی; Horizontal liquid layer; Evaporation; Boiling; Regime map; Heat transfer; Critical heat flux;
Keywords: شار حرارتی بحرانی; Surface orientation; Microporous surface; Boiling incipience; Nucleate boiling; CHF; critical heat flux; MCS; micro-porous coating surface; ONB; Onset of nucleate boiling; TOS; temperature overshoot; LTO; largest temperature overshoot;
Keywords: شار حرارتی بحرانی; Pool boiling; Critical heat flux; Surfactant; Wettability; Foamability; Coalescence;
Keywords: شار حرارتی بحرانی; Critical heat flux; Boiling curve; Liquid subcooling; Two-phase boundary layer flow; Flow reversal; Condensation-induced water hammer;
Keywords: شار حرارتی بحرانی; Flow boiling; Wall boiling model; Fuel assembly; Critical heat flux;
Keywords: شار حرارتی بحرانی; Microgravity; Flow boiling; Micro-pin-fins; Heat transfer; Critical heat flux;
Keywords: شار حرارتی بحرانی; Critical heat flux; Pool boiling; Hydrodynamic instability; Contact angle; Pressure;
Keywords: شار حرارتی بحرانی; Computational fluid dynamics; Interface tracking method; Pool boiling; Nucleate boiling; Film boiling; Critical heat flux;
Keywords: شار حرارتی بحرانی; Ignition time; Wildland fuel; Critical heat flux; Firebrand; Wildfire;
Keywords: شار حرارتی بحرانی; Pool boiling; Heat transfer; Electrowetting; Boiling heat transfer coefficient; Critical heat flux; Film boiling;
Keywords: شار حرارتی بحرانی; Vapor chamber; Hydrophobic; Hydrophilic; Biphilic; Thermal resistance; Critical heat flux;
Keywords: شار حرارتی بحرانی; Boiling heat transfer; Immersion cooling; Novec 649; Critical heat flux; Heat transfer coefficient; Two-tier structure;
Keywords: شار حرارتی بحرانی; Immersion cooling; Inter-nanowire distance; Boiling incipience superheat; Critical heat flux; Heat transfer coefficient;
Keywords: شار حرارتی بحرانی; Pool boiling; Graphene/CNT heterostructures; Critical heat flux; Heat transfer coefficient; Boiling incipience superheat;
Keywords: شار حرارتی بحرانی; Flow boiling; Pool boiling; Surface modification; Coating; Fin action; Porosity; Wettability; Critical heat flux;
Keywords: شار حرارتی بحرانی; Hydrophilic; Hydrophobic; Critical heat flux; Boiling heat transfer; Nanofluids;
Keywords: شار حرارتی بحرانی; Supersonic spraying; Copper nanoparticles; Pool boiling; Superheat temperature; Critical heat flux;
Keywords: شار حرارتی بحرانی; Titania nanotube arrayed surface; Surface wettability; Water contact angle; Ultraviolet light irradiation; Pool boiling heat transfer; Critical heat flux;