Keywords: تغییر فاز; Shape memory alloy; Friction stir welding; Microstructure; Phase transformation;
مقالات ISI ترجمه شده تغییر فاز
مقالات ISI تغییر فاز (ترجمه نشده)
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Keywords: تغییر فاز; Cancrinite; Temperature-dependent X-ray diffraction; Phase transformation; Nosean;
Keywords: تغییر فاز; Multilayer laser cladding; Fe-based coating; Bonding zone; Microstructural evolution; Element distribution; Phase transformation; Microhardness;
Keywords: تغییر فاز; Polyethylene glycol; Expanded vermiculite; Energy storage and conversion; Phase transformation; Thermal properties; Non-isothermal crystallization kinetics;
Keywords: تغییر فاز; Yttria-stabilized zirconia ceramic; Spark plasma sintering; Mechanical properties; Phase transformation; Helium ion irradiation;
Keywords: تغییر فاز; Austenitic steels; Borides; Microstructure; Deformation and fracture; Phase transformation;
Keywords: تغییر فاز; Desert; Sands; Ceramics; Mullite; Phase transformation; Properties;
Keywords: تغییر فاز; Fracture; Twin; Phase transformation; Ledge;
Keywords: تغییر فاز; ADI; Tempering process; Hardness measurement; Phase transformation; Microstructure;
Keywords: تغییر فاز; Crystal nucleation; Molecular dynamics simulation; Al-Sm; Metallic liquid and glass; Phase transformation;
Keywords: تغییر فاز; Dielectric property; Mineral matter; Phase transformation; Coal char;
Keywords: تغییر فاز; Phase transformation; Hexagonal closed pack (hcp); Face centered cubic (fcc); Shockley partial dislocations; Nudged elastic band (NEB);
Keywords: تغییر فاز; ADI; austempering; graphite nodules; phase transformation; RSM;
Keywords: تغییر فاز; ZnO; Amorphous; Densification; Phase transformation;
Keywords: تغییر فاز; Mullite; Sodium carbonate; Calcination; Phase transformation; Oxygen coordination;
Keywords: تغییر فاز; Additive manufacturing, plasma arc deposition; TiNi alloy; Ti2Ni phase; Phase transformation; Quasi-linear superelasticity;
Keywords: تغییر فاز; Pentaerythritol tetranitrate; Anisotropic behavior; Raman spectra; Phase transformation;
Keywords: تغییر فاز; Nanocomposite; Hydrous ferric oxide nanoparticle; Porous matrix; Stability; Phase transformation;
Keywords: تغییر فاز; Phase transformation; Light response; Heterojunction; Charge carrier;
Keywords: تغییر فاز; High chromium vanadium slag; Microwave calcification-roasting; Phase transformation; Microstructure; Physical-chemistry properties;
Keywords: تغییر فاز; Pyrolusite; Carbothermal reduction; Microwave heating; Phase transformation;
Keywords: تغییر فاز; Dental ceramics; Biaxial flexural strength; Zirconia; Air abrasion; Phase transformation;
Keywords: تغییر فاز; Level-set method; Phase transformation; Faceted growth; Anisotropic; Kinetics; JMAK; Microstructure evolution;
Keywords: تغییر فاز; Shaped charge liner; Ultrahigh strain rates deformation; Titanium; Phase transformation;
Keywords: تغییر فاز; Phase transformation; Crystallization; Heterogeneous nucleation; Microstructure; Cast metal;
Keywords: تغییر فاز; Perturbation method; Actuator; Uncertain parameters; Micro-pump; Shape memory alloys; Phase transformation;
Keywords: تغییر فاز; Calcium carbonate; Vaterite; Calcite; Aragonite; Phase transformation; Dissolution-recrystallization; DI; deionized water; CXDI; coherent X-ray diffraction imaging; SAED; selected area electron diffraction;
Keywords: تغییر فاز; Crystal growth; Metals and alloys; Crystal structure; Phase transformation; Recrystallization; X-ray techniques;
Keywords: تغییر فاز; Uranium (VI); Hydroxyapatite (HAP); Sorption; Phase transformation; Autunite;
Keywords: تغییر فاز; Dickite; In-situ X-ray diffraction; Dehydroxylation; Phase transformation; Thermal expansion; Thermal structure;
Keywords: تغییر فاز; Welding simulation; Coupling thermal-metallurgical analysis; Heat transfer; Phase transformation; Latent heat; Finite element analysis;
Keywords: تغییر فاز; Shape change; Residual stress; Phase transformation; Metal forming; Digital twin; FlexMM;
Keywords: تغییر فاز; Phase transformation; Laser processing; Transmission electron microscopy (TEM); Raman spectroscopy; Silicon; Photovoltaics;
Keywords: تغییر فاز; Transmission electron microscopy (TEM); Alumina; Nanoparticles; Crystal plasticity; Phase transformation;
Keywords: تغییر فاز; Mullite; Kaolin; Aluminum slag; Phase transformation; Mullita; CaolÃn; Escoria de aluminio; Transformación de fase;
Keywords: تغییر فاز; Hydrogen evolution reaction; Iron phosphide nanoparticles; Phase transformation; Fe2P; FeP;
Keywords: تغییر فاز; Laser bending; Finite element method; Phase transformation; Microstructure; Hardness;
Keywords: تغییر فاز; Nano-cutting; Side flow; Recovery; Phase transformation; Stagnation region;
Keywords: تغییر فاز; Geopolymer; Poly-condensation; Alumina nanofibers; Phase transformation; Polarization; Ferroelectric hysteresis;
Keywords: تغییر فاز; Titanium hydride; Thermal desorption spectroscopy; Desorption kinetics; Phase transformation; Phase diagram;
Keywords: تغییر فاز; Residual stress; Hot-rolled steel coil; Radial thermal conductivity; Phase transformation;
Keywords: تغییر فاز; olivine-wadsleyite; phase transformation; grain-size; microstructural evolution; rheology; subducting slabs;
Keywords: تغییر فاز; Chlorantraniliprole; Solid forms; Solvates; Crystal structure; Phase transformation;
Keywords: تغییر فاز; Coal-series kaolin; Carbonaceous matter; Kinetic parameters; Phase transformation; Structure evolution;
Keywords: تغییر فاز; Laser additive manufacturing; Metals and alloys; Phase transformation;
Keywords: تغییر فاز; Phase transformation; Residual stress; Microstructural heterogeneity; Mechanical property; Neutron diffraction;
Keywords: تغییر فاز; High Mn steel; Phase transformation; Transformation induced plasticity; Electron back-scattering diffraction (EBSD); Transmission electron microscopy (TEM);
Keywords: تغییر فاز; Microstructure; Mechanical property; Electric current; Recrystallization; Phase transformation; Grain refining;
Keywords: تغییر فاز; Selective laser melting (SLM); Phase transformation; Microstructure; Grain boundaries; Microhardness;
Keywords: تغییر فاز; Nickel alloys; Phase transformation; Intermetallics; Tensile strength; Electron microscopy;