Keywords: از دست دادن حرارت; Heat loss; temperature regulation; thermoregulation; hypothermia;
مقالات ISI از دست دادن حرارت (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: از دست دادن حرارت; Hydrogen; Expanding flame; Flame acceleration suppression; Heat loss; Porous media;
Keywords: از دست دادن حرارت; Oxy-fuel; Combustion; Heat loss; Flamelet model; Non-premixed; Radiation;
Keywords: از دست دادن حرارت; Heat transfer; Heat loss; Solar box cooker; Thermal performance;
Keywords: از دست دادن حرارت; Parabolic trough collector; Solar receiver; Transparent radiation shield; Heat loss;
Keywords: از دست دادن حرارت; Solar receiver; Solar thermal power; Heat loss; Concentrated solar thermal; Temperature distribution; Wind;
Keywords: از دست دادن حرارت; Ribbed channel; Conjugate heat transfer; Heat loss; Internal cooling; Steam cooling;
Keywords: از دست دادن حرارت; Cavity receiver; Movable cover; Parabolic trough solar collector; Heat loss; Overheating protection; Numerical model;
Keywords: از دست دادن حرارت; Parabolic trough collector; Radiation shield; Solar receiver; Heat loss; Concentrated solar power plant;
Keywords: از دست دادن حرارت; Flame spread; Opposed flow; Simulated microgravity; Narrow channel apparatus; Gap height; Heat loss;
Keywords: از دست دادن حرارت; Solid oxide fuel cell; Gas turbine; Hybrid power plant; Heat loss; Modeling; Simulation;
Keywords: از دست دادن حرارت; Building fabric; Low energy dwellings; Passivhaus; Airtightness; Heat loss; Thermal transmittance; Co-heating test; ACH; air change per hour; n50; air tightness @50â¯Pa; CSH; Code of Sustainable Homes; HLC; heat loss coefficient; ATTMA; Air tightness Tes
Keywords: از دست دادن حرارت; District heating; Thermal simulation model; Heat loss; Onsite state estimation; Insulation deterioration;
Keywords: از دست دادن حرارت; Electrical ignition; Heat loss; Ignition time; Thermal insulation structure; Air injection rate;
Keywords: از دست دادن حرارت; CSP; PTC; Parabolic trough receiver; Solar selective absorbing coating; Heat loss;
Keywords: از دست دادن حرارت; Glazed cavity; Surrounding wind; Partition; PV cells temperature; Hot spot; Heat loss;
Keywords: از دست دادن حرارت; Underground shelter; CFD analysis; Soil temperature; Heat loss; Comfort temperature;
Keywords: از دست دادن حرارت; Parabolic trough solar collector; Concentrating solar power; Solar thermal electricity; Heat loss; Overall performance;
Keywords: از دست دادن حرارت; Coke breeze; Iron ore sintering; Granulation; Combustion rate; Heat loss;
Keywords: از دست دادن حرارت; Stability analysis; Natural circulation loop; Local pressure loss; Wall thermal inertia; Heat loss;
Keywords: از دست دادن حرارت; Mathematical modeling; Bulk storage of pickles; Fermented cucumbers; Calcium chloride; Heat loss;
Keywords: از دست دادن حرارت; Ground Heat Exchanger; Boundary Condition; CFD; Heat Loss; Temperature Distribution;
Keywords: از دست دادن حرارت; Concentrating solar power; Parabolic trough collector; Optical efficiency; Heat loss;
Keywords: از دست دادن حرارت; Double glazed windows; Heat loss; Air leakage; Airtightness; U-value; Energy saving;
A modeling comparison between a two-stage and three-stage cascaded thermoelectric generator
Keywords: از دست دادن حرارت; Thermoelectric generator (TEG); Thermal resistance network; Heat loss; Two and three-cascaded TEGs analytical comparison; Seebeck power rate; Thomson heat dissipation;
Keywords: از دست دادن حرارت; Parabolic dish; Heat loss; Wind; CSP;
Keywords: از دست دادن حرارت; Micro Swiss-roll combustor; Bluff body; Blow-off limit; Heat recirculation; Recirculation zone; Heat loss;
Keywords: از دست دادن حرارت; Temperature measurement; Surface temperature; Thermistor; Heat loss; Guard heater;
Keywords: از دست دادن حرارت; ISAT; Engine; Composition inhomogeneity; Heat loss; Pruning;
Keywords: از دست دادن حرارت; Ultra-low temperature district heating; domestic hot water; micro tank; electric heater; return temperature; heat loss;
Keywords: از دست دادن حرارت; District heating and cooling; Heat loss; Dynamic thermo-hydraulic model; Modelica; District energy systems; Simulation; Thermal network;
Keywords: از دست دادن حرارت; Solar receiver; Solar thermal power; Heat loss; Concentrated solar thermal radiation; Aspect ratio; Wind;
Keywords: از دست دادن حرارت; Solar cavity receiver; Cavity geometry; Thermal performance; Heat loss; Thermal efficiency;
Keywords: از دست دادن حرارت; DHC; Optimization; Heat loss; Storage; Renewable energy; Smart grid;
Keywords: از دست دادن حرارت; Smouldering; Porous medium; Heat loss; Inverse modelling; Local thermal non-equilibrium; Interfacial heat transfer coefficient;
Keywords: از دست دادن حرارت; Diffusion flame; Diffusion flame-street; Extinction-reignition; Heat loss; Edge flame; Micro-combustion;
Keywords: از دست دادن حرارت; Cylindrical cavity receiver; Heat loss; NUSSELT number correlation; Analytical investigation;
Keywords: از دست دادن حرارت; Infrared thermography; Heat loss; Surface thermal resistance; In-situ measurements; Actual use conditions;
Keywords: از دست دادن حرارت; Tunnel fire; Ceiling extraction; Front velocity; Ceiling smoke; Heat loss;
Keywords: از دست دادن حرارت; Subcutaneous temperature; Thermoregulation; Core-shell model; Heat loss; Howling monkey; Thermal windows;
Keywords: از دست دادن حرارت; Anaerobic digester; Energy requirement; Heat loss; Heat transfer; Simulation; Thermal modeling;
Keywords: از دست دادن حرارت; Parabolic trough receiver; Wavy-tape insert; Computational fluid dynamics; Heat transfer enhancement; Thermal stress; Heat loss;
Keywords: از دست دادن حرارت; Parabolic trough collector; Evacuated receiver; Radiation shield; Heat loss;
Keywords: از دست دادن حرارت; Heat loss; Measurement; Dimensional analysis; Modelling;
Keywords: از دست دادن حرارت; Mathematical model; Flat falling film evaporator; Empirical correlation; Overall heat transfer coefficient; Heat loss; Black liquor; Central composite rotatable design; Response surface;
Keywords: از دست دادن حرارت; Modified Angstrom method; Heat loss; Thermal conductivity
Keywords: از دست دادن حرارت; Heat loss; Exergy efficiency; Thermal efficiency; Solar receiver; Heat transfer; Exergy loss;
Keywords: از دست دادن حرارت; Counterflow combustion; Organic dust cloud; Mathematical modeling; Flame structure; Asymptotic solution; Heat loss;
Keywords: از دست دادن حرارت; Envelope of nearly zero energy buildings; Efficient insulations; Heat loss; Geometry of buildings;
Keywords: از دست دادن حرارت; Heat loss; Wall U-value; Domestic radiator efficiency; Reflector panels; Radiation barriers