Keywords: هسته زدن و رشد; Guar gum; Chitosan; Fiber; Retention mechanism; Nucleation and growth; Spatial reticular structure;
مقالات ISI هسته زدن و رشد (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: هسته زدن و رشد; Bilayer lipid membranes; Current-time curves; Nucleation and growth; Gating charge; Alamethicin;
Keywords: هسته زدن و رشد; Tungsten; Nucleation and growth; Molecular dynamics;
Keywords: هسته زدن و رشد; Hydrothermal alteration; CO2; Nucleation and growth; Computer simulation; NANOKIN code; Nanoparticles; Olivine; Magnesite; Lizardite;
Keywords: هسته زدن و رشد; Calcium phosphate; Coating; Electrochemical deposition; Nucleation and growth; Morphology;
Keywords: هسته زدن و رشد; Amorphous state; Crystallization; Nucleation and growth; Scaling; Size effect;
Keywords: هسته زدن و رشد; Nucleation and growth; kinetic simulations; non-ideal solid-solutions; miscibility gap; core-shell nanoparticles; Nanokin code;
Keywords: هسته زدن و رشد; In situ neutron diffraction; Tempered martensite; Primary extinction; Austenite memory; Nucleation and growth;
Keywords: هسته زدن و رشد; Directional solidification; Peritectic solidification; Morphological stability; Nucleation and growth;
Keywords: هسته زدن و رشد; Nonsolvent induced phase separation (NIPS); Metastable; Spinodal; Nucleation and growth; Entanglement of polymer chains;
Modeling nucleation and growth of zinc oxide during discharge of primary zinc-air batteries
Keywords: هسته زدن و رشد; Zinc-air battery; Primary button cell; Aqueous alkaline electrolyte; Model and validation; Carbon dioxide absorption; Nucleation and growth;
Keywords: هسته زدن و رشد; Electro-crystallization; Nucleation and growth; Electrodeposited coatings of nickel; Preferential orientation; Microstructure;
Keywords: هسته زدن و رشد; Polymers; Block copolymers; Electric fields; Soft matter; Small-angle scattering; Alignment; AC; alternating current; AFM; atomic force microscopy; BCC; body centered cubic; BCP; block copolymer; CDS; cell dynamic simulations; CH; cyclohexane; CMC; consta
Keywords: هسته زدن و رشد; Phase-change memory; Data retention; Variability; Nucleation and growth; Phase-field method
Keywords: هسته زدن و رشد; electrodeposition; nucleation and growth; mossy structures; zinc batteries;
Keywords: هسته زدن و رشد; Diffusion-restricted electrodeposition; Nucleation and growth; Negative impedance; Negative inductance; Direct methanol fuel cell
Keywords: هسته زدن و رشد; Chitosan; Carboxymethyl-chitosan; Biocomposite; Nanoparticles; Nucleation and growth; Hydroxyapatite;
Keywords: هسته زدن و رشد; Nucleation and growth; Non-ideal solid solutions; Miscibility gap; Clay minerals; Bimetallic nanoparticles; Alloy nanoparticles; Core–shell nanoparticles; Wet-chemical synthesis; Kinetic simulation; NANOKIN code
Keywords: هسته زدن و رشد; Bilayer lipid membranes; Current-voltage curves; Nucleation and growth; Alamethicin; Melittin;
Keywords: هسته زدن و رشد; Lead dioxide; Methanesulfonate electrolyte; Nucleation and growth; Phase composition
Keywords: هسته زدن و رشد; Organic semiconductor; Small molecules; Crystallization from precursor; Nucleation and growth; Solution process;
Keywords: هسته زدن و رشد; Optical microscopy; Single crystals; Micro-structural defects; Spin transition; Nucleation and growth
Keywords: هسته زدن و رشد; Nickel; Aluminum; Intermetallics; Nucleation and growth; Molecular dynamics;
Keywords: هسته زدن و رشد; Kinetics; Nucleation and growth; Precipitates; Interface energy; Fluctuations of chemical composition
Keywords: هسته زدن و رشد; Nucleation and growth; Computer simulation; NANOKIN code; Amorphous silica; Nanoparticles;
Keywords: هسته زدن و رشد; Nucleation and growth; Kinetic models; Microscopic measurement; Thermo-chemical heat storage; Dehydration reaction;
Keywords: هسته زدن و رشد; Flash sintering; Incubation time; Nucleation and growth
Keywords: هسته زدن و رشد; Stress; Sputtering; Metallic films; Surface diffusivity; Interface stress; Coalescence; Nucleation and growth
Keywords: هسته زدن و رشد; Cobalt electrodeposition kinetics; cobalt/citrate complexes; current transients; nucleation and growth
Keywords: هسته زدن و رشد; Cobalt oxide nanoparticles; Reduced graphene oxide; Supercapacitors; Solvent effect; Nucleation and growth;
Keywords: هسته زدن و رشد; Carbon nanoclusters; Graphene; Nucleation and growth; First-principles calculation; Stability;
Keywords: هسته زدن و رشد; Kinetic model; Diffusion-controlled reactions; Nucleation and growth; Precipitation kinetics; Impingement
Keywords: هسته زدن و رشد; Crystallization; Nucleation and growth; Solubility; Supersaturation; Ultrasonication;
Keywords: هسته زدن و رشد; Synchrotron X-ray; In situ; Electrodeposition; Nucleation and growth;
Keywords: هسته زدن و رشد; Thin film formation; Copper interconnect; Seedless electrodeposition; Nucleation and growth; Additive; PEG; JGB;
Keywords: هسته زدن و رشد; Metal oxide; Metallic nanowires; Surface physics; Nucleation and growth;
Keywords: هسته زدن و رشد; Fumed silica particles; Phase separation; Spinodal decomposition; Nucleation and growth;
Keywords: هسته زدن و رشد; Reaction kinetics; Direction numerical simulation; Nucleation and growth; TGA measurement; Thermochemical heat storage; Salt hydrate;
Effective evaluation of interfacial energy by matching precipitate sizes measured along a composition gradient with Kampmann-Wagner numerical (KWN) modeling
Keywords: هسته زدن و رشد; Interfacial energy; Phase precipitation; Nucleation and growth; KWN model; Diffusion multiples;
Microstructure evolution behavior of Ni3Al (γâ²) phase in eutectic γ-γⲠof Ni3Al-based alloy
Keywords: هسته زدن و رشد; Intermetallics; Diffusion; Twinning; Nucleation and growth; Microstructure; Vacancy;
Nanowires of conjugated polymer prepared by tuning the interaction between the solvent and polymer
Keywords: هسته زدن و رشد; Nanowires of conjugated polymer; The radius of interaction between the solvent and polymer; Disentanglement; Nucleation and growth;
Synchrotron quantification of graphite nodule evolution during the solidification of cast iron
Keywords: هسته زدن و رشد; Graphite morphology; Cast iron; Synchrotron radiation computed tomography; Nucleation and growth; Growth kinetics;
Modeling squid axon K+ channel by a nucleation and growth kinetic mechanism
Keywords: هسته زدن و رشد; Bilayer lipid membranes; K+ subunits; Gating charge; Gating current; Nucleation and growth; Sigmoidicity;
Concentration fluctuations in the early stages of LLPS and partial dissolution of melt-memory in broadly distributed ethylene copolymers
Keywords: هسته زدن و رشد; Ethylene copolymer; Melt-memory; Liquid-liquid phase separation; Nucleation and growth; Concentration fluctuations;
Influence of the initial cooling rate from γⲠsupersolvus temperatures on microstructure and phase compositions in a nickel superalloy
Keywords: هسته زدن و رشد; Nickel base superalloy; γ/γⲠcomposition; Atom probe tomography; Particle size distribution; Nucleation and growth;
A reaction model for cement solidification: Evolving the C-S-H packing density at the micrometer-scale
Keywords: هسته زدن و رشد; Cement paste; Nucleation and growth; Solidification; Phase transformation; Phase-field;
Manipulating membrane surface porosity and pore size by in-situ assembly of Pluronic F127 and tannin
Keywords: هسته زدن و رشد; Membrane pore; In-situ assembly; Nucleation and growth; Pluronic F127; Tannin;
Enhancing the supercapacitor performance of flexible MnOxCarbon cloth electrodes by Pd-decoration
Keywords: هسته زدن و رشد; Manganese oxide; Palladium; Carbon cloth; Electrodeposition; Nucleation and growth; Supercapacitor;
The influence of stresses on ageing kinetics of 3Y- and 4Y- stabilized zirconia
Keywords: هسته زدن و رشد; Zirconia; Hydrothermal ageing; Stress; Nucleation and growth;
Evaluation of the effective bulk composition (EBC) during growth of garnet
Keywords: هسته زدن و رشد; Garnet; Effective bulk composition; Nucleation and growth; Overstepping;