Keywords: سرامیک متخلخل; Porous ceramics; Foaming; Stirring rate; Bubble generation; Bubble splitting; Properties;
مقالات ISI سرامیک متخلخل (ترجمه نشده)
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Keywords: سرامیک متخلخل; Porous ceramics; Polyurethane preparation; Mechanical properties; Infiltration;
Keywords: سرامیک متخلخل; Direct foaming; Foam stability; Porous ceramics; Cell size; Compressive strength;
Keywords: سرامیک متخلخل; Porous ceramics; Ice-templating; Freeze-casting; Solidification; Confocal microscopy;
Keywords: سرامیک متخلخل; Mechanical behaviour; Homogenisation; Material design; Fractal modelling; Pore size distribution; Porous ceramics;
Keywords: سرامیک متخلخل; Cellular materials (ceramic foams); Elastic properties (Young's modulus, tensile modulus); Thermal conductivity; Porosity; Porous ceramics;
Keywords: سرامیک متخلخل; Porous ceramics; Kyanite; Semi-vitrified; Porosity; Water permeability;
Keywords: سرامیک متخلخل; Porous ceramics; Pore shape (convex, concave); Microstructure; Elastic properties; Thermal conductivity;
Keywords: سرامیک متخلخل; Ceramic membrane; Mullite fiber; Porous ceramics; Interconnected pore; Dust removal;
Keywords: سرامیک متخلخل; Hydroxyapatite nanorods; Calcium phosphate; Porous ceramics; Hydrothermal reaction; Epitaxial growth;
Keywords: سرامیک متخلخل; Porous ceramics; Mechanical properties; Hierarchical microstructures; DEM simulations; Scaling laws;
Keywords: سرامیک متخلخل; Freeze casting; Porous ceramics; Directional solidification; X-ray computed tomography; Stefan problem;
Keywords: سرامیک متخلخل; Aluminosilicate; Geopolymer; Porous ceramics; Pore structure; Thermal conductivity; Permeability;
Keywords: سرامیک متخلخل; Waste diatomite; Sandblasting waste; Porous ceramics; Sintering; Water retention;
Keywords: سرامیک متخلخل; Porous ceramics; Aluminum borate; Processing; Characterization;
Keywords: سرامیک متخلخل; Direct ink writing; Geopolymers; Additive manufacturing; Porous ceramics; Robocasting;
Keywords: سرامیک متخلخل; Porous ceramics; Alumina; Aluminum hydroxide; Quartz; Mullite; Sintering;
Keywords: سرامیک متخلخل; Porous ceramics; Lead-zinc mine tailing; Waste; Anorthite;
Keywords: سرامیک متخلخل; Foams; Pickering stabilization; Ostwald ripening; Pore size; Mechanical strength; Thermal conductivity; Porous materials; Porous ceramics;
Keywords: سرامیک متخلخل; Porous ceramics; Silica poly-hollow microspheres; Microstructure; Mechanical properties;
Keywords: سرامیک متخلخل; Compressive strength; Young׳s modulus; Strain; Sintering; Porous ceramics
Keywords: سرامیک متخلخل; Fibers; Porous ceramics; Thermal conductivity; Mechanical property;
Keywords: سرامیک متخلخل; B. Fibers; D. Mullite; E. Structural applications; Porous ceramics;
Keywords: سرامیک متخلخل; Extrusion; Porous ceramics; Gradient pores; Biomedical applications
Keywords: سرامیک متخلخل; Porous ceramics; Emulsion templating; Polymer composites; Aluminium oxide; PolyHIPE
Keywords: سرامیک متخلخل; Porous ceramics; Spherical indentation; Finite element modelling; Cracking behaviour; Fracture toughness;
Keywords: سرامیک متخلخل; Directional solidification; Porous ceramics; Electric and magnetic fields; Multiple cold sources; Axisymmetric structure
Keywords: سرامیک متخلخل; Magnetite; Iron; Porous ceramics; Ceramic cathodes; Direct reduction
Keywords: سرامیک متخلخل; Electrophoretic deposition; Porous ceramics; Alumina-toughened zirconia; Alumina; Mullite; Computed tomography
Keywords: سرامیک متخلخل; Anisotropy; Grain growth; Densification; Sinter forging; Porous ceramics
Keywords: سرامیک متخلخل; Alumina; Mullite; Porous ceramics; Thermal conductivity; μCT measurement;
Keywords: سرامیک متخلخل; Porous ceramics; Spherical indentation; Finite element modelling; Gurson model; Plastic deformation;
Keywords: سرامیک متخلخل; Porous ceramics; Indentation; Multiaxial damage criterion; Densification; Inverse approach; Finite element method;
Keywords: سرامیک متخلخل; Porous ceramics; Particle stabilized foams; Gelcasting; Porosity; Pore size; PVA; Mechanical strength; Damage tolerant;
Keywords: سرامیک متخلخل; ADA; azodicarbonamide; AHPCS; allylhydrido polycarbosilane; AM; automated manufacturing; APTE; 3-aminopropyltriethoxysilane; ATES; amyltriethoxysilane; BCN; boron carbon nitride; BN; boron nitride; BTEE; (bistriethoxysilyl)ethane; BTEM; (bistriethoxysilyl
Keywords: سرامیک متخلخل; Extrusion; Porous ceramics; Mechanical properties; Al2O3; Biomedical applications;
Keywords: سرامیک متخلخل; Porous ceramics; Silicon oxynitride; Thermal shock resistance; Crack healing; Dielectric properties;
Keywords: سرامیک متخلخل; Porous ceramics; Silicon nitride; Spherical pores; Spray-dried; Pore-forming agent;
Keywords: سرامیک متخلخل; Alumina; Porous ceramics; Pore-forming agent; Yeasts; Microstructure
Keywords: سرامیک متخلخل; Ceramic emulsions; Extrusion; Porous ceramics; Emulsions characterization
Keywords: سرامیک متخلخل; Porous ceramics; Direct foaming; Wet foam stability; Amphiphile chain length; Laplace pressure;
Keywords: سرامیک متخلخل; Porous ceramics; Stereolithography; Gel casting; Weibull statistics;
Keywords: سرامیک متخلخل; Porous ceramics; SiO2 spheres; Dense packing; Uniform pore; Three dimension
Keywords: سرامیک متخلخل; Fractal geometry; Modeling; Pore size distribution; Porous ceramics; Thermal conductivity
Keywords: سرامیک متخلخل; Capacitor; Doping; Nanosize; Porous ceramics; Electric modulus; Selected area electron diffraction
Keywords: سرامیک متخلخل; Elastic modulus; Fractal modelling; Material design; Pore size distribution; Porous ceramics
Keywords: سرامیک متخلخل; Starch consolidation casting method; Mullite; Microstructure; Porous ceramics
Keywords: سرامیک متخلخل; Freeze casting; Porous ceramics; Directional solidification; X-ray computed tomography; Modeling
Keywords: سرامیک متخلخل; Alumina/porous alumina laminates; Porous ceramics; SHPB; Dynamic impact; Stress-wave mitigation;
Keywords: سرامیک متخلخل; Porous ceramics; Silicon nitride; Emulsions;