Keywords: تجزیه اسپینودال; Alnico alloys; Magnetic properties; Heat treatment; Microstructure; Spinodal decomposition;
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Keywords: تجزیه اسپینودال; Permanent magnets; Microstructure; Spinodal decomposition; Atom-probe tomography; TEM; STEM HAADF; Lorentz microscopy;
Keywords: تجزیه اسپینودال; Spinodal decomposition; Accelerated irradiation; Thermal aging;
Keywords: تجزیه اسپینودال; Additive manufacturing; Electron beam melting; Microstructure; Solidification; Spinodal decomposition; CuCr alloy;
Keywords: تجزیه اسپینودال; Superhydrophobic; Microsphere; NIPS; Lotus; PVDF; Spinodal decomposition;
Keywords: تجزیه اسپینودال; Duplex stainless steel; Post-fire property; Spinodal decomposition; Tensile behaviour; Pitting behaviour;
Keywords: تجزیه اسپینودال; Thermal aging; Stainless steel weld overlay cladding; Spinodal decomposition; Mechanical property; Intergranular corrosion;
Keywords: تجزیه اسپینودال; hydrous melt; phase separation; magma degassing; vesicle number density; magma ascent rate; spinodal decomposition;
Keywords: تجزیه اسپینودال; Stainless steel weld overlay cladding; Thermal aging; High temperature water; Spinodal decomposition;
Keywords: تجزیه اسپینودال; Alnico ribbons; Spinodal decomposition; Thermal stability; Magnetic properties; Phase transition temperatures;
Keywords: تجزیه اسپینودال; Polymer blends; Spinodal decomposition; Cahn-Hilliard theory; Predictive design;
Keywords: تجزیه اسپینودال; Magnetic; Microstructure; Spinodal decomposition; Atom-probe tomography; TEM; STEM HAADF;
Keywords: تجزیه اسپینودال; Flory-Huggins interaction; Spinodal decomposition; Hydrogen bonding; Phenol; Acrylic resin;
Keywords: تجزیه اسپینودال; Nanoindentation; Electron back scatter diffraction; Spinodal decomposition; Serrated plastic flow; Order hardening;
Keywords: تجزیه اسپینودال; Spinodal decomposition; Internal stress; Fe-Cr alloys; Critical resolved shear stress; Dislocation dynamics;
Keywords: تجزیه اسپینودال; Metallic glass composite; Free volume; Plasticity; Shear band; Spinodal decomposition;
Keywords: تجزیه اسپینودال; CALPHAD; Metastable phases; Phase separation; Spinodal decomposition; Yttrium silicates;
Keywords: تجزیه اسپینودال; Spinodal decomposition; Nanoparticles; Lattice misfit; Phase-field modeling;
Keywords: تجزیه اسپینودال; Phase field model; Benchmark problem; Spinodal decomposition; Ostwald ripening;
Keywords: تجزیه اسپینودال; Spinodal decomposition; Duplex stainless steel; Atom probe tomography; M23C6 carbide; G-phase;
Keywords: تجزیه اسپینودال; Cobalt ferrite thin film; Spinodal decomposition; Dynamic Aurora PLD;
Keywords: تجزیه اسپینودال; Random Fourier series; Spinodal decomposition; Maximum norm; Numerical experiments; Modeling extremal values; 60H15; 42A16; 60G17; 60G50; 60G70;
Keywords: تجزیه اسپینودال; Thermal aging degradation; Embrittlement; Duplex stainless steel; Spinodal decomposition; Solute segregation; G-phase precipitation;
Keywords: تجزیه اسپینودال; ABS; poly(acrylonitrile-co-butadiene-co-styrene); ATBN; amine-terminated poly(butadiene-co-acrylonitrile); BCPs; block copolymers; BF3.EA; boron trifluoride monoethylamine; CFRP; carbon-fibre reinforced-plastic; CNF; carbon nanofibers; CNT; carbon nanotub
Keywords: تجزیه اسپینودال; Polymer crystallization; Induction period; Spinodal decomposition;
Keywords: تجزیه اسپینودال; Maraging stainless steels; Spinodal decomposition; First-principles calculation; Three- dimensional atom probe
Keywords: تجزیه اسپینودال; Spinodal decomposition; Phase separation; Long range surface potential; Morphology development; Polymer blends;
Keywords: تجزیه اسپینودال; Microstucture representation; Data analytics; Dimensionality reduction; Microstucture; Spinodal decomposition; Taxonomy;
Keywords: تجزیه اسپینودال; Phase field model; Droplets; Spinodal decomposition; Random initialization method;
Keywords: تجزیه اسپینودال; Unconditional stability; Mechano-chemistry; Cahn-Hilliard; Strain gradient elasticity; Spinodal decomposition; Phase-field;
Keywords: تجزیه اسپینودال; Duplex stainless steel; Spinodal decomposition; Very high cycle fatigue; Atom probe tomography;
Keywords: تجزیه اسپینودال; Duplex stainless steels; 475 °C embrittlement; Spinodal decomposition; Atom probe tomography;
Keywords: تجزیه اسپینودال; Phase field model; Spinodal decomposition; Interfacial energy; Droplets; Wetting;
Keywords: تجزیه اسپینودال; Surface-directed phase separation; Spinodal decomposition; Polymer blend; Surface potential; Wetting; Morphology development;
Keywords: تجزیه اسپینودال; Duplex stainless steels; Ferrite content; Thermal aging; Solution treatment; Spinodal decomposition;
Keywords: تجزیه اسپینودال; Barzilai-Borwein stepsize; Constrained gradient flow; Ginzburg-Landau functional; Nonmonotone gradient flow; Periodic space tessellation; Spinodal decomposition;
Keywords: تجزیه اسپینودال; Superferritic stainless steels; LCF; Spinodal decomposition; DSA; Precipitates
Keywords: تجزیه اسپینودال; Magnetic; Microstructure; Spinodal decomposition; Atom-probe tomography; TEM;
Keywords: تجزیه اسپینودال; Lattice Boltzmann method; Cascaded operator; Multiphase flow; Immiscible fluid; Spinodal decomposition; Growth law;
Keywords: تجزیه اسپینودال; Spinodal decomposition; Convective heat transfer; Free convection; Phase separation; Enhancement
Keywords: تجزیه اسپینودال; Duplex stainless steels; Thermal aging; Annealing; Spinodal decomposition; G-phase; Mechanical property;
Keywords: تجزیه اسپینودال; Binary alloys; Spinodal decomposition; Atomic interaction; Meta-stable short-range composition modulations; Coherent strain;
Keywords: تجزیه اسپینودال; Fumed silica particles; Phase separation; Spinodal decomposition; Nucleation and growth;
Keywords: تجزیه اسپینودال; High-energy X-ray diffraction; Duplex stainless steels; Thermal aging; Spinodal decomposition;
Carbon diffusivity and kinetics of spinodal decomposition of martensite in a model Fe-Ni-C alloy
Keywords: تجزیه اسپینودال; Steels; Carbon diffusion; Spinodal decomposition; Martensite; Atom probe tomography;
Evaluation of thermal aging of δ-ferrite in austenitic stainless steel weld using nanopillar compression test
Keywords: تجزیه اسپینودال; Thermal aging; δ-Ferrites; Spinodal decomposition; G phase; Nanopillar compression test;
Liquid phase separation phenomena in Al2.2CrCuFeNi2 HEA
Keywords: تجزیه اسپینودال; Stable miscibility gap; Constitutional liquid phase separation; Two liquids; Rosette structure; Sigma phase; Spinodal decomposition;
Multilayer formation via spinodal decomposition in TiO2-VO2 epitaxial films on sapphire substrates
Keywords: تجزیه اسپینودال; Spinodal decomposition; Multilayer; Formation; TiO2-VO2 film; Sapphire substrate; Lattice deformation;
Phase-field simulation of spinodal decomposition and its effect on stress-induced martensitic transformation in Ti-Nb-O alloys
Keywords: تجزیه اسپینودال; Phase-field method; Ti-based alloys; Spinodal decomposition; Stress-induced martensitic transformation;
Effect of long-term aging on the fracture toughness of primary coolant piping material Z3CN20.09M
Keywords: تجزیه اسپینودال; Long-term aging; Primary coolant piping; Spinodal decomposition; Fracture toughness; SZW; Critical crack size;