Keywords: خود شفا; Self-healing; Cementitious material; Crack in concrete; Crack width;
مقالات ISI خود شفا (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: خود شفا; Layered double hydroxides; Magnesium alloys; Corrosion resistance; Self-healing; Biocompatibility; Self-cleaning;
Keywords: خود شفا; Nanocapsule; Self-healing; Anti-corrosion coating; Taguchi method;
Keywords: خود شفا; Self-healing; Crystalline admixture; Fiber reinforcement; Crack openings; Water permeability; Mechanical recovery; SEM observations; Calcite; Aragonite;
Keywords: خود شفا; Cracks; Self-healing; X-ray computed tomography; Environmental exposure;
Keywords: خود شفا; Self-healing; Epoxy coating; Micro/nanocapsule; Linseed oil; Urea-Formaldehyde;
Keywords: خود شفا; Self-nourishing; Self-healing; Hollow fibers; Bitumen; Rejuvenator;
Keywords: خود شفا; Concrete; Cracks; Self-healing; Bacteria; Carrier;
Keywords: خود شفا; mPEG-dihydrazino-s-triazine; Ag-nanoparticles; Self-healing; Epoxy coatings; Nanocomposites; Mechanical properties;
Keywords: خود شفا; Impedance spectroscopy; Equivalent circuit model; Multiple cracking; Self-healing; Strain-hardening cementitious material;
Keywords: خود شفا; Recycled concrete aggregates; Substitution rate; Drying shrinkage; Permeability; Carbonation; Self-healing;
Keywords: خود شفا; Fracture strength; Fracture energy; Cohesive-zone modelling; Ceramics; Acoustic emission; Self-healing;
Keywords: خود شفا; Thermal barrier coatings; Self-healing; Residual stress; Crack propagation; Finite element modelling;
Keywords: خود شفا; Polymeric composites; Microcapsules; Synthesis technology; Self-healing; Asphalt;
Keywords: خود شفا; Self-healing; Cement; Pelletisation; Magnesium oxide; PVA coating;
Keywords: خود شفا; Dual network hydrogel; Mechanical properties; Self-healing;
Keywords: خود شفا; Euphorbia tirucalli; Rhipsalis baccifera ssp. mauritiana; Sansevieria cylindrica; Self-sealing; Self-healing; Succulent;
Keywords: خود شفا; Self-healing; Biochar; Cracks; Strength; Permeability;
Keywords: خود شفا; Double network hydrogel; Physical crosslinking; Mechanical property; Self-healing;
Keywords: خود شفا; Distributed energy resource; Operational planning; Smart distribution system; Power distribution faults; Self-healing; Island partitioning;
Keywords: خود شفا; Clayey rock; Permeability evolution; Damage; Hydro-mechanical coupling; Self-healing;
Keywords: خود شفا; Biologicalization; Industrie 4.0; Cognitive Technical Systems; Machine learning Strategies; Bioinspired; Biointelligent Manufacturing; Adaptive Thermal Compensation; Self-Organization; Self-Healing; Sensors in Abundance;
Keywords: خود شفا; A. Polymer-matrix composites (PMCs); B. Interface; Self-healing;
Keywords: خود شفا; Self-healing; Flexibility; Conductive composites; Graphene; PDMS-urea;
Keywords: خود شفا; Double network hydrogels; Fully physically cross-linked; High strength; Self-recovery; Self-healing;
Keywords: خود شفا; Dynamic covalent polymers; Self-healing; Mechanochemistry;
Keywords: خود شفا; Superhydrophobic; Photocatalytic; Self-cleaning; Self-healing;
Keywords: خود شفا; Self-healing; Dynamic interactions; Tunable mechanical properties; Natural polymers;
Keywords: خود شفا; Triphenylamine; Diels-Alder reaction; Electrochromic; Self-healing; Film;
Keywords: خود شفا; Hydrophobic association hydrogel; Anionic surfactant; Amphoteric surfactant; Fatigue resistant; Self-healing;
Keywords: خود شفا; PPy; Ni3S2; Flexible; Asymmetric fibered-supercapacitor; Self-healing;
Keywords: خود شفا; Self-healing; Robust mechanical properties; Metal-ligand (M-L) interactions; Dissipative coordination bonds;
Keywords: خود شفا; Self-healing; Spacer fluids; Sustained casing pressure (SCP); Micro-annulus; Micro-cracks; Cement sheath;
Keywords: خود شفا; Supramolecular hydrogel; Polyfunctional poly-cyclodextrin; Host-guest interaction; Self-healing; Shape memory;
Keywords: خود شفا; Sodium alginate; Functional polymer; Large-amplitude oscillatory shear; Fourier-transform-rheology; Self-healing;
Keywords: خود شفا; Self-healing; Sol-gel methods; Hybrid composites; Smart materials;
Keywords: خود شفا; Self-healing; Functional composites; Fracture toughness; Impact behaviour; Interfacial strength;
Keywords: خود شفا; Adhesive strength; Silicon resin; Self-healing; Inorganic fillers; Ceramic yield;
Keywords: خود شفا; Nickel-graphene nanocomposite; Interfaces; Irradiation defects; Self-healing; Atomistic simulations;
Keywords: خود شفا; Self-healing; Core-shell fibers; Three-dimensional; Composite; Sponge;
Keywords: خود شفا; Hydrogels; Polysaccharide; Tough; Remoldable; Self-healing;
Keywords: خود شفا; Superhydrophobicity; One-step fabrication; Covalent network; Composite film; Self-healing; Transparency;
Keywords: خود شفا; Polysulfide; Polyurethane; Self-healing; Reprocessing; Disulfide metathesis;
Keywords: خود شفا; Dual ionic cross-linked; Double network hydrogel; Self-healing; Electrical conductivity;
Keywords: خود شفا; Layer-by-layer; Corrosion resistance; Antibacterial property; Self-healing; Magnesium alloy; Silver nanoparticles;
Keywords: خود شفا; Colloidal gel; Fiber reinforcement; Injectable gel; Moldable gel; Self-healing; Regenerative medicine;
Keywords: خود شفا; Chitosan; Self-healing; Cell-viability; Proliferation; Drug-delivery;
Keywords: خود شفا; Triboelectric nanogenerator; Near-infrared irradiation; Self-healing; Vitrimer; Implantable electronics;
Keywords: خود شفا; Supramolecular interactions; Metal-ligand interactions; Conductive hydrogel; Dynamic interactions; Self-healing;
Keywords: خود شفا; Corrosion resistance; Superhydrophobic; SLIPS; Self-healing;