Keywords: ذوب; Melting; Microcanonical; Bayesian; Gamma distribution; Waiting times;
مقالات ISI ذوب (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: ذوب; Rapid solidification; Nanoparticle; Peritectic; Melting; Solidification;
Keywords: ذوب; Numerical simulation; Pulsed heating; Melting;
Keywords: ذوب; Melting; Crystallisation; Size dependence; Entropy; Copper and gold nanoparticles;
Keywords: ذوب; Melting; Waxy crude oil; Simulation; Transient heat transfer; Phase change;
Keywords: ذوب; Pollution; Geochronology; Melting; Climate; Accumulation;
Keywords: ذوب; Stone wool; Melting; Waste; Recycling;
Keywords: ذوب; Heat transfer; Melting; Phase change; Thermal convective flow; Finite pointset method; Generalized finite differences method; GFDM;
Keywords: ذوب; Copper slag; High temperature; Strength; Hydration products; Melting;
Keywords: ذوب; thermoplastic materials; downward flame spread; melting; comprehensive evaluation; the analytic hierarchy process;
Keywords: ذوب; Foam; PCM; Paraffin; Melting; Porous; Stefan number; Microstructure;
Keywords: ذوب; Biomass; Blends; Ash; Melting;
Keywords: ذوب; Melting; Natural Convection; Lattice Boltzmann Method; Melting efficiency;
Keywords: ذوب; Phase change material; Melting; Freezing; Convection; Polymer encapsulant;
Keywords: ذوب; Phase change materials; Encapsulation; Melting; Thermal energy storage;
Keywords: ذوب; Melting; Ice bead; Hot; Shear flow; Runback; Surface temperature;
Keywords: ذوب; Thermoplastic particle; Combustion; Melting; Decomposition; Single particle modelling; Cement calciner;
Keywords: ذوب; Icebergs; Melting; Meltwater; Modeling; Parameterization; 2017;
Keywords: ذوب; Phase Change Material; Dynamic of plumes; Melting; Coarsening; Energy storage;
Keywords: ذوب; Heat transfer; Melting; Nanoparticle enhanced phase change material (NePCM); Finned shell and tube heat exchanger; Latent thermal energy storage; Response surface method;
Keywords: ذوب; Tantalum; Niobium; Molybdenum; Tungsten; Ruthenium; Palladium; Alloy; Melting; Thermomechanical; Corrosion; Hydrogen; Embrittlement; Mechanical properties; Modeling;
Keywords: ذوب; Melting; Enthalpy method; Multi-phase flow; In-pin fuel motion; Nuclear safety;
Keywords: ذوب; Melting; Equilibrium; Polyethylene;
Keywords: ذوب; Electronics cooling; Heat storage system; Phase change material; Nanoparticles; Melting; Natural convection; Heat generation source;
Keywords: ذوب; Phase change material; Melting; Fins angle; Triple-fin heat exchanger;
Keywords: ذوب; Thermal multi-phase flows; Gas-liquid-solid systems; Surface tension; Marangoni stress; Melting; Manufacturing;
Keywords: ذوب; Latent heat storage; Melting; Heat transfer enhancement; Fins;
Keywords: ذوب; Freezing; Ice; Flooded; Melting; Cold thermal storage; Congélation; Glace; Noyé; Fusion; Stockage thermique froid;
Keywords: ذوب; Melting model; Melting; FFF; Pressure flow removal;
Keywords: ذوب; Fat perception; Liking; Melting; Food bolus; Oral physiology; Food emulsions;
Keywords: ذوب; Ice ridges; Thermodynamics; Consolidation; Decay phase; Melting;
Keywords: ذوب; Solar energy storage; Phase change material (PCM); Heat transfer fluid (HTF); Triple concentric-tube storage system; Melting;
Keywords: ذوب; Phase change material; Solar salt; Thermal storage; Fins; Melting; Solidification;
Keywords: ذوب; Microwave heating; Melting; Tin powder; Microwave equipment; Recovery;
Keywords: ذوب; Velocity autocorrelation function; Vibrational density of states; Molecular dynamics; Entropy; Melting; Ab initio; Aluminum;
Keywords: ذوب; Coil heat exchanger; heat transfer analysis; icing; melting; unstable state heat conduction;
Keywords: ذوب; Additive manufacturing; Fused-coating; Sn63Pb37; Melting; Process parameters;
Keywords: ذوب; Droplet; Cold plate; Freezing; Nucleation; Melting;
Keywords: ذوب; Size; Shape; Melting; Superheating; Nanomaterial;
Keywords: ذوب; Melting; Sodium containing minerals; Behaviour; Reactions; Thermochemistry;
Keywords: ذوب; microwaves; high temperature; melting; refractory materials;
Keywords: ذوب; Phase change material; Nanoparticle; Enthalpy method; Melting;
Keywords: ذوب; Laser droplet generation; Temperature measurement; High-speed camera; Melting; Droplet detachment; Fluid dynamics;
Keywords: ذوب; PCM; Natural convection; Inclination angle; Melting; Energy storage;
Crystallization and melting properties of mixtures of milk fat stearin and omega-3 rich oils
Keywords: ذوب; Milk fat stearin; Fish oil; Linseed oil; Krill oil; Crystallization; Melting; Interaction enthalpy;
Keywords: ذوب; Phase-field crystals; Solidification; Melting; Metal;
Keywords: ذوب; Microwave heating; Copper powder; Melting; Densification; Microstructure;
Keywords: ذوب; Phase change material; Melting; Carbon nanotube; Graphene; Nanocomposite; Thermal conductivity; n-Eicosane;
Keywords: ذوب; Phase change material; Discrete heat sources; Electronic cooling; Heat transfer; Melting; Intermittent regime;
Keywords: ذوب; Electric arc furnace; Municipal incinerator fly ash; Melting; Steelmaking by-products; Zero waste; Zero landfill; Total recycling;