Keywords: کاربردکردن سطح; Porous silicon; Organosilanes; Biofunctional particles; Solid state NMR; Surface functionalization;
مقالات ISI کاربردکردن سطح (ترجمه نشده)
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Keywords: کاربردکردن سطح; Titanium; Alkali-based treatment; Surface functionalization; Antibacterial activity; Hemocompatible;
Keywords: کاربردکردن سطح; Hydrogen storage; Metal-organic framework; Ammonia borane; Surface functionalization; Hydrogenation generation kinetics;
Keywords: کاربردکردن سطح; Microfluidics; Thiol-ene chemistry; Enzyme immobilization; Surface functionalization; Computational fluid dynamic simulation (CFD);
Keywords: کاربردکردن سطح; Epoxy nanocomposites; Graphene oxide; Starch; Surface functionalization; Coating;
Keywords: کاربردکردن سطح; Aluminum; Surface functionalization; Magneto-energetic; Composite;
Keywords: کاربردکردن سطح; Potentiometric sensors; Cross-sensitivity; Perfluorosulfonic cation-exchange membranes; Hybrid materials; Surface functionalization; Aspartic acid; Glutamic acid;
Keywords: کاربردکردن سطح; Carbon dots; Surface functionalization; Fluorescence; Multicolor emission; Cell imaging;
Keywords: کاربردکردن سطح; Antibacterial; Surface functionalization; Silver nanoparticles; Ampicillin;
Keywords: کاربردکردن سطح; Tribo-electrification; Coal preparation; Work function; DFT; Surface functionalization;
Keywords: کاربردکردن سطح; Silicon anode; Graphene; Conducting additive; Surface functionalization; Lithium-ion battery;
Keywords: کاربردکردن سطح; Carbon corrosion; Colloid imprinted carbon (CIC); Surface functionalization; Pentafluorophenyl (-PhF5); Proton exchange membrane (PEM) fuel cells; Wettability;
Keywords: کاربردکردن سطح; Graphene; Surface functionalization; Acidic catalyst; Sulfonic group; Transesterification; Biodiesel;
Keywords: کاربردکردن سطح; Clay; Graphene oxide; Epoxy; Surface functionalization; Nanocomposite; Mechanical properties;
Keywords: کاربردکردن سطح; Foams; Polyurethane; Melamine; Oil-water separation; Surface functionalization; Continuous oil cleanup;
Keywords: کاربردکردن سطح; Nanofluids; Multi-walled carbon nanotubes; Surface functionalization; Dispersion stability; Thermal conductivity; Metal decoration;
Keywords: کاربردکردن سطح; Surface functionalization; Monolayer M2X; Janus MXenes; Electronic property; Mechanical property; Density functional theory;
Keywords: کاربردکردن سطح; Metal organic framework; Hierarchical porous structure; Li-S battery; Surface functionalization; Chemical immobilizing effect;
Keywords: کاربردکردن سطح; Magnetic nanoparticles; Host-guest interface; Surface functionalization; Drug release; Cyclodextrin;
Keywords: کاربردکردن سطح; Copper; Surface functionalization; Phosphonates; Adhesive strength;
Keywords: کاربردکردن سطح; Zinc oxide; Biomaterials; Surface functionalization; Corrosion; Functional materials;
Keywords: کاربردکردن سطح; Electroless plating; Surface functionalization; Plastics; Polymers;
Keywords: کاربردکردن سطح; Diatoms; Biosilica; Surface functionalization; Drug delivery; Controlled release; Natural;
Keywords: کاربردکردن سطح; Epoxy nanocomposites; Silica; Hyperbranched polymer; Surface functionalization; Super-reactive cure modifier;
Keywords: کاربردکردن سطح; Mussel-inspired chemistry; Dopamine; Co-deposition; Surface modification; Surface functionalization;
Keywords: کاربردکردن سطح; Biomaterial; Surface functionalization; Poly(lactic acid) scaffold; Aminolysis; Hyaluronan; Mesenchymal stem cells; AFM; atomic force microscopy; CD44; cluster of differentiation 44; FBS; fetal bovine serum; HDA; hexane-1,6-diamine; HA; hyaluronan; MSC; m
Keywords: کاربردکردن سطح; Surface functionalization; Biodegradable polymer; Hemocompatibility; Protein adsorption; Platelet adhesion;
Keywords: کاربردکردن سطح; Large-sized bone regeneration; Porous hydroxyapatite scaffold; Surface functionalization; On-demand release; Cell recruitment; Osteogenic differentiation;
Keywords: کاربردکردن سطح; Semiconductor; Cell adhesion; PC 12 cells; Topography; Surface functionalization; Peptides; Aluminum nitride;
Keywords: کاربردکردن سطح; Micro-patterned polymer films; Plasma deposition; Surface functionalization; Film characterization; Protein adsorption;
Keywords: کاربردکردن سطح; Magnetic nanoparticles; Maghemite; Surface functionalization; Silica coating;
Keywords: کاربردکردن سطح; Silver nanoparticles; Surface functionalization; Diels-Alder reaction; Reversible cross-linking; Antibacterial activity;
Keywords: کاربردکردن سطح; Polydopamine; Surface functionalization; One-step coating; Organic Solvents; Drug immobilization;
Keywords: کاربردکردن سطح; Geometry-induced electrostatic trapping; Nanofluidic device; Contact-free trapping; Nanoparticles; Surface functionalization; Interference scattering detection method;
Keywords: کاربردکردن سطح; Neurotransmitter; Histamine; Surface functionalization; Nanofluidic sensor; NTA-metal complex;
Keywords: کاربردکردن سطح; Stainless steel 316Â L; Carbon steel N80; Hydrophobicity; Myristic acid; Octadecylphosphonic acid (ODPA); Stearic acid; Surface functionalization; Sum frequency generation;
Keywords: کاربردکردن سطح; Polyamide 6; Nanodiamond; Surface functionalization; Abrasive wear;
Keywords: کاربردکردن سطح; Graphene oxide; Nano graphene oxide; Reduction; Cyclohexane oxidation; Surface functionalization;
Biofunctional polyelectrolytes assembling on biosensors - A versatile surface coating method for protein detections
Keywords: کاربردکردن سطح; Immuno-sensor; Surface functionalization; Polyelectrolyte; Quartz crystal microbalance; Interferometry; Enzyme-linked immunosorbent assay;
Keywords: کاربردکردن سطح; Silica nanoparticles; Surface functionalization; Cellular uptake; Phagocytic cells; Protein corona; Cytotoxicity;
Keywords: کاربردکردن سطح; Nanoplastics; Surface functionalization; Bio-adsorption; Nanoecotoxicity; Colloidal interaction;
Keywords: کاربردکردن سطح; Mesoporous ceramic membrane; Surface functionalization; Gas permeation; Knudsen diffusion;
Synthesis of binder-like molecules covalently linked to silicon nanoparticles and application as anode material for lithium-ion batteries without the use of electrolyte additives
Keywords: کاربردکردن سطح; Silicon anode; Surface functionalization; Polyacrylic acid; Binder; Lithium-ion battery; Electrolyte additives;
Keywords: کاربردکردن سطح; Directed assembly; Surface functionalization; Responsive polymers; Macro porous ceramics; Emulsion templating;
Keywords: کاربردکردن سطح; Macromer; Polymer film; Cell adhesion; Analyte density; Surface topography; Swelling properties; Surface functionalization;
Keywords: کاربردکردن سطح; Ligand dynamics; Cluster rearrangement; Cluster degradation; Ligand exchange; Surface functionalization; Nanostructures;
High-bright fluorescent carbon dot as versatile sensing platform
Keywords: کاربردکردن سطح; Carbon dots; Surface functionalization; Fluorescent probe; Versatile sensing;
Keywords: کاربردکردن سطح; (3-aminopropyl)-trimethoxysilan PubChem CID 83756; Hexamethyldisilazan PubChem CID 13838; Cellulose nanofibrils; CNF film; Surface functionalization; Aminosilane reaction; Oxygen permeability; Relative humidity;
Keywords: کاربردکردن سطح; Erythrocytes; ICAM-4; αvβ3; Surface functionalization; Viscoelasticity; Neo-Hookean;
Keywords: کاربردکردن سطح; E. coli O157:H7; Shear horizontal surface acoustic wave (SHSAW); Surface functionalization; Deoxyribonucleic acid (DNA); Hybridization;