Keywords: پارافین; Modularized thermal storage unit; Metal foams; Paraffin; Effective thermal conductivity; Series-parallel model; Continuous thermal storage;
مقالات ISI پارافین (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: پارافین; Mechanical properties; Powder compressibility; Paraffin; Sustainability;
Keywords: پارافین; Foam; PCM; Paraffin; Melting; Porous; Stefan number; Microstructure;
Keywords: پارافین; Latent heat storage; Phase change material; Heat exchanger; Paraffin;
Keywords: پارافین; Food packaging; Paper; Impregnation; Paraffin; Migration; Safety; Barrier; Structure;
Keywords: پارافین; Phase change material; PCM; Paraffin; Thermal properties; Thermal energy storage;
Keywords: پارافین; Expanded perlite; Paraffin; Carbon nanotubes; Thermal conductivity; Phase change materials;
Keywords: پارافین; Phase change material; Thermal property; Paraffin; Carbon nanotube;
Keywords: پارافین; Phase change material; Paraffin; Graphene; Exfoliated graphite sheet;
Keywords: پارافین; Photovoltaic module; Temperature stabilization; Phase change materials; Paraffin;
Keywords: پارافین; Phase change materials; Microencapsulation; Flexible shells; Paraffin; Thermal energy storage; Hydrothermal;
Keywords: پارافین; Micro/meso/macroplastic contamination; Paraffin; Amber; Wrack lines; Beach sediment; Baltic Sea;
Keywords: پارافین; Nitrogen injection; Paraffin; Interfacial tension; Minimum miscibility pressure; GMDH;
Keywords: پارافین; Paraffin; Polystyrene; Molecular dynamics; Diffusion; Thermal conductivity;
Keywords: پارافین; TriZol Reagent; buffered 10% formalin; ethanol; xylol; paraffin; hematoxylin and eosin (HE); phosphate buffer (pH 6.5); Griess solution (0.1% N-1-naphthyl-tilediamine, 1% sulfanilamide in 5% H3PO4); saline Triton X-100 0.1%, TMB 18.4âmM; dimethylformami
Keywords: پارافین; Phase change material; Paraffin; Expanded perlite; Thermal performance; Thermal storage;
Keywords: پارافین; Rheological properties; Phenomenological model of binary-series viscosity; Power-law model; Paraffin; Propriété rhéologique; Modélisation phénoménologique de séries binaires; Viscosité; Modélisation en loi de puissance; Paraffine;
Keywords: پارافین; Cutting copper fiber; Paraffin; Composite phase change material; Li-ion battery; Heat dissipation capability;
Keywords: پارافین; Supercooling; Phase change slurry; Polyvinyl alcohol; Paraffin; Surfusion; Coulis à changement de phase; Alcool polyvinylique; Paraffine;
Keywords: پارافین; Defrosting; Thermal storage; Phase change material; Frost-free; Household refrigerator; Bypass; Paraffin;
Keywords: پارافین; Porous poly(glycidyl methacrylate-ethylene dimethacrylate) beads; Paraffin; Cetyl alcohol; Phase change material; Silica shell;
Keywords: پارافین; Oil well; Paraffin; Heating cable;
Keywords: پارافین; Hydrothermal catalytic deoxygenation; Fatty acid; In-situ H2; Decarbonylation; Hydrogenolysis; Paraffin;
Keywords: پارافین; Diffusion coefficient; n-alkanes; Paraffin; H2O; Molecular dynamics; Simulations;
Keywords: پارافین; Nano-SiO2; Phase change material; Paraffin; Thermal conductivity; Electronic passive thermal protection;
Keywords: پارافین; Geopolymer; Alkali-activated; Mining waste; Lightweight aggregate; Expanded clay aggregate; Thermal conductivity; Phase change material; Paraffin; Impregnation; SEM
Keywords: پارافین; Phase change material; Expanded perlite; Paraffin; Leakage; Cement
Keywords: پارافین; Thermal energy storage tank; PCM; Paraffin; Experimental; ReproducibilityRéservoir d'accumulation d'énergie thermique; MCP; Paraffine; Expérimentation; Reproductibilité
Keywords: پارافین; Nylon 4; 2-Pyrrolidone; Particle; Paraffin; Heterogeneous polymerization; Dispersion;
Keywords: پارافین; Phase change material; Hydrotalcite; Paraffin;
Keywords: پارافین; Double glazing unit; Paraffin; Optical properties;
Keywords: پارافین; Battery thermal management; Heat transfer; Paraffin; Copper foam; Electric vehicle;
Keywords: پارافین; Phase change materials (PCM); Thermal conductivity; Nanomagnetite; Paraffin
Keywords: پارافین; Phase change materials; Paraffin; Thermal energy storage; Thermal transition; Leakage
Keywords: پارافین; Composite phase change material; Paraffin; Expanded graphite; Phase change heat transfer; Numerical simulation; Thermal conductivity anisotropy;
Keywords: پارافین; Expanded vermiculite; Paraffin; Sucrose; Carbon; Form-stable composite PCM
Keywords: پارافین; Paraffin; Aluminum foam; Heat storage; Li-ion battery;
Keywords: پارافین; Thermal energy storage; Paraffin; Kaolinite; Crystallinity; Atomic-level schematic;
Keywords: پارافین; Paraffin; Gypsum; Latent heat; Heat storage capacity; Thermal conductivity
Keywords: پارافین; Phase change materials; PCM; Foam; Paraffin; Electronic cooling;
Keywords: پارافین; New-type flat micro-heat pipe; Paraffin; Phase change material; Thermal storage unit
Keywords: پارافین; Latent heat storage; Paraffin; Solar collectors; Energy and exergy efficiency;
Keywords: پارافین; Magnetodielectric composites; Iron particles; Surface modification; Paraffin; Ball milling
Keywords: پارافین; Paraffin; Plaster; Latent heat; Heat storage; Specific heat capacity; Thermal conductivity;
Keywords: پارافین; Phase-change; Latent heat; Paraffin; Thermal inertia; Energy storage
Keywords: پارافین; Fire-breathing; Intoxication; Paraffin
Keywords: پارافین; Expanded perlite; Paraffin; Phase change materials; Thermal properties;
Keywords: پارافین; Paraffin; Acrylic acid (AA); Sequence structure; Grafting mechanism; Phase change property
Keywords: پارافین; Thermal energy storage; Tube-in-shell; Eccentricity; Paraffin; Melting
Keywords: پارافین; Soot; Paraffin; Diffusion flame; Particle size distribution;