dendritic growth
英 [dɛnˈdrɪtɪk ɡrəʊθ]
美 [dɛnˈdrɪtɪk ɡroʊθ]
枝晶体生长；枝状生长
双语例句
- Phase-field Simulation of Dendritic Growth of a Binary Alloy Under a Forced Flow
相场法模拟对流作用下铝合金的枝晶生长 - Based on the adaptive finite element method, the phase-field model has been employed to simulate the free dendritic growth process governed by capillary anisotropy or kinetic anisotropy.
采用自适应有限元方法求解相场模型，分别对界面能各向异性和界面动力学各向异性条件下自由枝晶生长过程进行了模拟。 - The Preliminary Simulation of Dendritic Growth in Molten Pool of Pure Metal with Phase-Field Method
纯金属焊接熔池枝晶生长的相场法模拟初探 - Effect of Phase Field Parameters on the Dendritic Growth in a Forced Convection
相场参数对强制流动下枝晶生长影响的模拟研究 - Based on the phase field model, the three-dimensioned numerical simulation of the dendritic growth of aluminum alloy was studied by coupling with heat noise.
以相场模型为基础，耦合热噪声，对三维铝合金枝晶生长进行模拟计算。 - Modelling of dendritic growth in forced and natural convections
强制对流和自然对流作用下枝晶生长的数值模拟 - Simulation of Dendritic Growth Shape of Isothermal Polycrystalline Binary Alloys in a Forced Flow
数值模拟流动下等温多晶粒枝晶生长形貌研究 - Numerical Simulation of Dendritic Growth into Undercooled Melt Using Phase-Field Method
过冷熔体枝晶生长的相场法数值模拟 - CA-LBM model for the simulation of dendritic growth under natural convection
CA-LBM模型模拟自然对流作用下的枝晶生长 - Phase-field modeling of free dendritic growth with adaptive finite element method
自由枝晶生长相场模型的自适应有限元法模拟 - Numerical Simulation of Three-dimensional Dendritic Growth for a Binary Alloy Using Phase-field Method
二元合金三维枝晶生长的相场法数值模拟 - Phase Field Modeling of Dendritic Growth of Al-Cu Alloy during Continuous Solidification Process
相场法模拟Al-Cu合金连续冷却枝晶生长连续式长时间巴氏杀菌 - The phase-field method is applied to simulate dendritic growth in the three-dimensional space.
采用相场方法模拟纯物质三维枝晶生长。 - Research of simulation dendritic growth of xenon by phase field method;
研究了相场方法在纯物质凝固生长过程中计算模拟的应用。 - Dendritic Growth Simulation of Polycrystalline for Pure Material by Phase Field Method
相场法模拟流动下纯物质多晶粒枝晶形貌研究 - Numerical Simulation of Dendritic Growth in Solidification of Binary Alloy with Forced Convection
强迫对流影响合金凝固过程枝晶生长的数值模拟 - The dendritic growth and solute profile of the undercooled binary alloy melt were investigated under different undercoolings.
研究了不同过冷度下二元合金过冷熔体定向凝固时枝晶的演化过程及其溶质场的分布情况。 - The effects of undercooling on the dendritic growth and solute profile in isothermal solidification of binary alloy were investigated.
研究过冷度对二元合金等温凝固过程的等轴枝晶生长以及溶质场分布的影响。 - The equiaxed and columnar dendritic growth, solute profile in undercooled liquid alloy are investigated under the positive temperature gradient.
研究了在正温度梯度情况下二元合金过冷熔体中的等轴枝晶和柱状晶的生长过程及其溶质场的分布情况。 - Two-dimension dendritic growth of electrodeposition of metal zinc is studied. The influence of voltage, concentration of electrolyte and temperature to the appearance of the product and the fractal dimension is investigated.
对金属锌电沉积过程中的二维枝晶生长进行了研究，分析了外加电压、电解质浓度以及温度等实验条件对电沉积产物形貌及其分形维数的影响。 - The recent progress was reviewed on steady state theory of both free and constrained dendritic growth of a single phase alloy.
本文从自由生长和强制生长两个方面着重评述了单相合金枝晶生长的稳态理论新进展。 - Effect of foreign particles on the dendritic growth in phase-field theory
外来夹杂物颗粒对枝晶生长形态影响的相场法研究 - The growth habits were studied and the cause of the dendritic growth on the twin interface were discussed.
本文对晶体的生长习性进行了研究，并初步讨论了孪晶界面处枝蔓生长的原因。 - Under the condition of dendritic growth, the influences of support electrolyte, surfactant and pulse potential on the morphology and growth behavior of zinc have been studied. Meantime the concentration distribution of Zn~ ( 2+) in the thin electrolytic cell was also measured.
在枝晶生长条件下，研究了支持电解质、全氟表面活性剂和脉冲电压等对锌枝晶生长行为的影响，并检测了电解池中Zn2+的浓度分布。 - Testosterone can induces the increase in number of neurons and dendritic growth and synaptogenesis in adulthood.
睾酮能诱导神经元数目增加，树突增长和突触形成。 - Simulation on Dendritic Growth with Cellular Automaton Method
元胞自动机方法在枝晶生长模拟中的应用 - Numerical simulation of dendritic growth morphology is studied by using a macro micro coupled method.
采用宏微观耦合方法对铝合金枝晶生长形貌进行模拟计算。 - The rapid eutectic and dendritic growth and the microstructural evolution in Co-29.7% Ge eutectic and Co-33% Ge hypereutectic alloys have been revealed.
通过研究Co-29.7%Ge共晶和Co-33%Ge过共晶合金的快速凝固过程，揭示了共晶和枝晶快速生长的特征及其组织演变规律。 - Using the phase-field approach, the dendritic growth in the undercooled pure metal melt is simulated, and the dependence of dendritic growth upon the anisotropy, interfacial kinetics, thermal diffusivity and surface energy is investigated.
利用相场法模拟了过冷纯金属熔体中的枝晶生长过程，研究了各向导性、界面动力学、热扩散和界面能对枝晶生长的影响。