Keywords: یخچال مغناطیسی; Effective field theory; Magnetic refrigeration; Magnetocaloric effect; Thin film magnetism;
مقالات ISI یخچال مغناطیسی (ترجمه نشده)
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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: یخچال مغناطیسی; Magnetic refrigeration; AMR; Numerical model; Magnetocaloric materials; 8Mag; Performance map;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Active magnetic regenerator; Flow imbalance; Numerical simulation; Thermodynamic performance; Froid magnétique; Réfrigérateur magnétique actif; Déséquilibre du débit; Simulation numérique; Performance thermodynamique;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Active magnetic refrigerator; Epoxy bonded regenerator; Heat transfer; Friction factor;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Active magnetic regenerator; Flow imbalance; Experiments; Thermodynamic performance; Partie I : Froid magnétique; Réfrigérateur magnétique actif; Déséquilibre du débit; Expériences; Performance thermodynamique;
Keywords: یخچال مغناطیسی; Tetranuclear gadolinium clusters; Structure; Rhombus-shaped arrangement; Magnetic property; Magnetic refrigeration;
Keywords: یخچال مغناطیسی; Phase change materials; Magnetic refrigeration; Thermoelectric and thermo-acoustic battery thermal management systems; Heat pipes; Cold plates; Solid electrolyte interphase film;
Keywords: یخچال مغناطیسی; Magnetocaloric material; Magnetic refrigeration; Recycling; Rare earth elements; Hydrometallurgy; Cyanex 923;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Active magnetic regeneration; By-pass flow; Industrial process; Froid magnétique; Régénération magnétique active; Ãcoulement en dérivation; Procédé industriel;
Keywords: یخچال مغناطیسی; Active Magnetic Regenerator (AMR); Magnetic refrigeration; Dead volumes; Inlet flow maldistribution; Passive regenerator apparatus;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Modeling; Heat transfer; Regeneration; Bonded regenerator; Optimization; Froid magnétique; Modélisation; Transfert de chaleur; Régénération; Régénérateur à plaques collées; Optimisation;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Micro-unit regeneration cycle; Solid state; Cascade refrigeration;
Keywords: یخچال مغناطیسی; Magnetocaloric effec; Magnetic refrigeration; Thermomagnetic properties;
Life Cycle Assessment Tool Implemented in Household Refrigeration Industry: A Magnetic Cooling Prototype Development
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Life Cycle Assessment; DSS; Toolbox.;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Active magnetic regeneration; Regenerator geometry; Heat transfer; Tapering of regenerator; Froid magnétique; Régénération magnétique active; Géométrie d'un régénérateur; Transfert de chaleur; Effilage d'un régénér
Keywords: یخچال مغناطیسی; Active magnetic regenerator; Magnetic refrigeration; Magnetocaloric effect;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Magnetic circuit design; Halbach cylinder; Cost optimization; Topology optimization; Genetic algorithm;
Keywords: یخچال مغناطیسی; Permanent magnet; Halbach cylinder; Magnetic refrigeration; Magnetocaloric effect;
Keywords: یخچال مغناطیسی; Dynamic critical phenomena; Effective field theory; Magnetic refrigeration; Magnetocaloric effect;
Keywords: یخچال مغناطیسی; Active magnetic regenerator; Magnetic refrigeration; Regenerator geometries; Thermal effectiveness; Cooling capacity; COP;
Keywords: یخچال مغناطیسی; Renewable energy; Magnetic refrigeration; Multi generation; Economic; Environmental impact; Optimization;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Halbach cylinder; Permanent magnet; Magnet design; Numerical simulation; Froid magnétique; Cylindre de Halbach; Aimant permanent; Conception de l'aimant; Simulation numérique;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Parallel-plate regenerator; Gadolinium; Multiobjective optimization; Genetic algorithm; Froid magnétique; Régénérateur à plaques parallèles; Gadolinium; Optimisation à objectifs multiples; Algorithme génétique;
Keywords: یخچال مغناطیسی; Magnetocaloric effect; Magnetocaloric properties; Magnetic properties; Magnetic refrigeration;
Keywords: یخچال مغناطیسی; Hybrid refrigerator; Magnetic refrigeration; Stirling cycle refrigeration; Cooling performance; Phase angleRéfrigérateur hybride; Froid magnétique; Froid à cycle de Stirling; Performance de refroidissement; Angle de phase
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Regenerator; Flow unbalance;
Keywords: یخچال مغناطیسی; Magnetocaloric; AMR; Magnetic refrigeration; Numerical model; Convergence acceleration; Time stepMagnéto calorique; AMR; Froid magnétique; Modèle numérique; Accélération de convergence; Pas de temps
Keywords: یخچال مغناطیسی; Magnetocalorics; Magnetic refrigeration; Lanthanide metals; Terbium; Phase diagram;
Keywords: یخچال مغناطیسی; Magnetocalorics; Magnetic refrigeration; Drug delivery; HyperthermiaMagnétocalorique; Froid magnétique; Administration de médicament; Hyperthermie
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Magnetocaloric effect; Permanent magnet; Regenerator; Gadolinium; Coefficient of performanceFroid magnétique; Effet magnétocalorique; Aimant permanent; Régénérateur; Gadolinium; Coefficient de performance
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Regenerator; Experimental; Coefficient of performance; PrototypeRéfrigérateur magnétique; Régénérateur; Expérimental; Coefficient de performance prototype
Keywords: یخچال مغناطیسی; AMR; Transient simulation; Magnetic refrigeration; Magneto caloric effect; Sinusoidal meshing technique; External losses; Flow weighted average field;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Microchannel regenerator; Numerical modelling; Magnetocaloric material; Multi-material/Layered regeneratorFroid magnétique; Régénérateur à microcanaux; Modélisation numérique; Matériau magnétocalorique; Régénérateur à multiples mat
Keywords: یخچال مغناطیسی; Passive regenerator; Magnetic refrigeration; Thermal effectiveness; Regenerative matrix; Experimental apparatus; Transient measurements
Keywords: یخچال مغناطیسی; Active magnetic regenerator; Magnetic refrigeration; Mathematical model; Loss analysis; Casing heat gain; Dead volume; Régénérateur magnétique actif; Froid magnétique; Modèle mathématique; Analyse de perte; Apport de chaleur de l'enveloppe; Volume
Keywords: یخچال مغناطیسی; Active magnetic regenerator; Magnetic refrigeration; Thermodynamic performance; Experimental apparatus; Régénérateur magnétique actif; Froid magnétique; Performance thermodynamique; Appareil expérimental;
Keywords: یخچال مغناطیسی; Active magnetic regenerator; Magnetic refrigeration; Magnetocaloric effect; Layered regenerator; Interface temperature measurements;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Design; Model; Efficiency; ExperimentalFroid magnétique; Conception; Modèle; Efficacité; Expérimentale
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Active magnetic regenerator; Numerical simulation
Keywords: یخچال مغناطیسی; Magnetocaloric effect; Magnetic refrigeration; La-Fe-Co-Si; Active magnetic regenerator; Epoxy;
Keywords: یخچال مغناطیسی; Nested Halbach cylinder; Magnetic refrigeration; Active magnetic regenerator; Design procedure; Experimental validation;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Magnetocaloric; Layering; Optimization; Temperature span; Efficiency; Froid magnétique; Magnétocalorique; Dépôt de couches; Optimisation; Plage de température; Efficacité;
Keywords: یخچال مغناطیسی; Magnetocaloric effect; Magnetic refrigeration; Magnetic cooling; GadoliniumEffet magnétocalorique; Froid magnétique; Refroidissement magnétique; Gadolinium
Keywords: یخچال مغناطیسی; Magnetocaloric effect; Magnetic refrigeration; Measurements; Indirect methods; Dynamic magnetocaloric; Direct methodsEffet magnétocalorique; Froid magnétique; Méthodes directes; Méthodes indirectes; Magnétocalorique direct Mesures
Keywords: یخچال مغناطیسی; Active magnetic regenerator; Magnetic refrigeration; Experiment; Numerical modelling; Parasitic losses analysisRégénérateur actif magnétique; Froid magnétique; Expérience; Modélisation numérique; Analyse des pertes parasitiques
Keywords: یخچال مغناطیسی; Conventional refrigeration; Refrigerants; Magnetic refrigeration; Magnetocaloric material; Magnetic field sourcesFroid conventionnel; Frigorigènes; Froid magnétique; Sources de froid magnétique; Matériau magnétocalorique
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Active magnetic regenerator; Thermodynamic cycle; Energy efficiency; Heat transferfroid magnétique; régénérateur actif magnétique; cycle thermodynamique; efficacité énergétique; transfert de chaleur
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Heat transfer; Efficiency of heat transport; Reciprocating flow; Enhanced heat transfer in microchannels;
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Magnetocaloric material; Active magnetic regeneration; COPFroid magnétique; Coefficient de performance; Froid magnétique actif; Matériau magnétocalorique
Keywords: یخچال مغناطیسی; Magnetic refrigeration; Magnetocaloric effect; Hydrogen; Liquefaction