Keywords: رشد دندریتیک; Solid-state ion exchange; Borosilicate glass; Silver nanowire precipitation; Dendritic growth; Electrochemical reduction;
مقالات ISI رشد دندریتیک (ترجمه نشده)
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Keywords: رشد دندریتیک; Directional solidification; Dendritic growth; Phase-field simulations;
Keywords: رشد دندریتیک; Phase field model; Two temperature model; Dendritic growth; Melting pool; Ultrashort laser pulse;
Keywords: رشد دندریتیک; Density functional theory; Lithium electrodeposition; Plating; Uneven electron distribution; Dendritic growth;
Keywords: رشد دندریتیک; Cellular automata; Alloy solidification; Dendritic growth; Non-equilibrium;
Keywords: رشد دندریتیک; Polythiophene; Dendritic growth; Solar cell; Electrochemical synthesis; Boron; Trifluoride diethyl etherate;
Keywords: رشد دندریتیک; Lattice Boltzmann; Dendritic growth; Numerical simulation; Melt convection; Solidification entropy;
Keywords: رشد دندریتیک; Secondary zinc-air battery; Alkaline electrolyte; Dendritic growth; Pulse techniques; Zinc ion concentration;
Keywords: رشد دندریتیک; Electroless silver plating; Nanoplatelet; Nanobelt; Dendritic growth; Fe(III) tartrate;
Keywords: رشد دندریتیک; Phase-field modeling; Liquid-solid interface; Solidification; Dendritic growth; Microstructural formation;
Keywords: رشد دندریتیک; Dendritic growth; Phase-field method; Directional solidification; Competitive growth;
Keywords: رشد دندریتیک; Dendritic growth; Gibbs-Thomson equation; Front Tracking method; Phase field model; Level set method; Enthalpy method; Volume of fluid method;
Keywords: رشد دندریتیک; Crystal nucleation; Dendritic growth; Liquid undercooling; Refractory metal;
Keywords: رشد دندریتیک; Dendritic growth; Solidification; Binary alloy melt; External flow; Solid-liquid interface; Multiple variable expansion method;
Keywords: رشد دندریتیک; Rapid solidification; Eutectic growth; Dendritic growth; Undercooling; Solute trapping;
Keywords: رشد دندریتیک; Binary alloys; Dendritic growth; Eutectic growth; Cellular automaton; Finite volume method; Quadtree data structure;
Keywords: رشد دندریتیک; Lattice Boltzmann; Dendritic growth; Numerical simulation; Microstructure; Tip-splitting;
Keywords: رشد دندریتیک; Alloy solidification; Dendritic growth; Multiscale modeling; Scale bridging; Model validation;
Keywords: رشد دندریتیک; Solidification; Dendritic growth; Microstructure; Multiscale modeling; Alloy;
Keywords: رشد دندریتیک; Lithium metal; Battery; Electrodeposition; Dendritic growth; Growth mechanisms; Light microscopy;
Keywords: رشد دندریتیک; Bed nucleus of the stria terminalis; Adolescent; Addiction; Dendritic growth;
Keywords: رشد دندریتیک; Computer simulation; Dendritic growth; Columnar and equiaxed grains; Columnar to equiaxed transition; Remelting in welding;
Keywords: رشد دندریتیک; Microstructure selection; Dendritic growth; Directional solidification; Phase-field method;
Keywords: رشد دندریتیک; Simulation; Modeling; Dendritic growth; Front tracking; Anisotropy-free model;
Keywords: رشد دندریتیک; Superalloy; Directional solidification; Dendritic growth; Grain orientation; Platform;
Keywords: رشد دندریتیک; Phase-field model; Solidification microstructure; Binary alloys; Dendritic growth;
Keywords: رشد دندریتیک; Cellular automaton; Dendritic growth; Crystallographic orientation; Aluminum alloys
Keywords: رشد دندریتیک; High carbon iron-based alloy; Dendritic growth; Melt flow; Cellular automaton; Block-corrected TDMA method;
Keywords: رشد دندریتیک; Lithium metal; Battery; Electrodeposition; Dendritic growth; Growth mechanism; Optical images;
Keywords: رشد دندریتیک; Dendritic growth; Viscoplastic deformation; Phase-field method; Material point method;
Keywords: رشد دندریتیک; Faceted dendrite; Dendritic growth; Solidification microstructure; Facets; Twinning
A cellular automaton-lattice Boltzmann method for modeling growth and settlement of the dendrites for Al-4.7%Cu solidification
Keywords: رشد دندریتیک; Dendrite fall; CA-LBM model; Dendritic growth; Solute distribution; Natural convection;
Cellular automaton modeling of dendritic growth of Fe-C binary alloy with thermosolutal convection
Keywords: رشد دندریتیک; Cellular automaton; Dendritic growth; Thermosolutal convection; Numerical simulation;
A multiple-grid-time-step lattice Boltzmann method for transport phenomena with dissimilar time scales: Application in dendritic solidification
Keywords: رشد دندریتیک; Lattice Boltzmann; Multiple-grid-time-step; Dendritic growth; Solidification;
Regular ArticleLong-period antiphase domains and short-range order in a B2 matrix of the AlCoCrFeNi high-entropy alloy
Keywords: رشد دندریتیک; High entropy alloys; Transmission electron microscopy; Ordering; Antiphase domains; Dendritic growth;
Observation of the transition from primary dendrites to coupled growth induced by undercooling within NiZr hyperperitectic alloy
Keywords: رشد دندریتیک; Peritectic coupled growth; Dendritic growth; Undercooling; Rapid solidification;
Phase-field simulation of tip splitting in dendritic growth of Fe-C alloy
Keywords: رشد دندریتیک; Tip splitting; Fe-C alloy; Interfacial anisotropy; Dendritic growth;
Phase separation and subsequent solidification of peritectic Fe-Cu-Ge alloys subjected to substantial undercooling processing
Keywords: رشد دندریتیک; Peritectic alloy; Monotectic solidification; Phase separation; Dendritic growth; Liquid undercooling;
A triple comparative study of primary dendrite growth and peritectic solidification mechanism for undercooled liquid Fe59Ti41 alloy
Keywords: رشد دندریتیک; Undercooling; Rapid solidification; Dendritic growth; Peritectic solidification; Intermetallic compound;
Mesoscopic modeling of spacing and grain selection in columnar dendritic solidification: Envelope versus phase-field model
Keywords: رشد دندریتیک; Alloy solidification; Dendritic growth; Multiscale modeling; Model validation; Microstructure selection; Directional solidification; Phase-field method;
A novel parallel multiplier using spiking neural P systems with dendritic delays
Keywords: رشد دندریتیک; Parallel multiplier; Spiking neural P system; Dendritic delay; Dendritic growth;
Urchin-like gold microstructures with tunable length of nanothorns
Keywords: رشد دندریتیک; Urchin-like gold microstructure; Multipods; Nanothorn; Dendritic growth; SERS;
Specific heat capacity and dendritic growth kinetics of liquid peritectic Fe-Cu alloys
Keywords: رشد دندریتیک; Rapid solidification; High undercooling; Specific heat; Dendritic growth;
Three-dimensional α-Mg dendritic morphology and branching structure transition in Mg-Zn alloys
Keywords: رشد دندریتیک; Magnesium alloy; X-ray tomography; Solidification; Dendritic growth; Morphology transition
Liquid phase separation and rapid dendritic growth of high-entropy CoCrCuFeNi alloy
Keywords: رشد دندریتیک; High-entropy CoCrCuFeNi alloy; Phase separation; Dendritic growth; HEF phase; Rapid solidification
Study on Dendritic Growth in Pressurized Solidification of Mg-Al Alloy Using Phase Field Simulation
Keywords: رشد دندریتیک; Phase field; Pressurized solidification; Dendritic growth; Mg-Al alloy; Gibbs free energy;
Liquid phase separation and subsequent dendritic solidification of ternary Fe35Cu35Si30 alloy
Keywords: رشد دندریتیک; undercooling; phase separation; dendritic growth; rapid solidification; solute distribution;
Fast synchrotron X-ray tomographic quantification of dendrite evolution during the solidification of MgSn alloys
Keywords: رشد دندریتیک; Magnesium alloy; Dendritic growth; 3-D X-ray tomography; Coarsening mechanism; Crystallographic orientation;
Lattice Boltzmann modeling of bubble formation and dendritic growth in solidification of binary alloys
Keywords: رشد دندریتیک; Lattice Boltzmann method; Microstructure; Bubble dynamics; Dendritic growth; Numerical simulation;
Analysis for free dendritic growth model incorporating the nonisothermal nature of solid–liquid interface
Keywords: رشد دندریتیک; Modeling; Nonisothermal interface; Dendritic growth; Solidification; Pure materials