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Influences of Flow Intensity, Cooling Rate and Nucleation Density at Ingot Surface on Deflective Growth of Dendrites for Al-based Alloy

机译：铸锭表面流动强度，冷却速率和成核密度对铝合金树突式偏转生长的影响

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Hongwei Zhang; Keiji Nakajima; Wei Xing; Aili Wang; Jicheng He;
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年度 2009
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1. Influences of Flow Intensity, Cooling Rate and Nucleation Density at Ingot Surface on Deflective Growth of Dendrites for Al-based Alloy [J] . Hongwei ZHANG, Keiji NAKAJIMA, Wei XING, ISIJ international . 2009,第7期

机译：铸锭表面流动强度，冷却速率和成核密度对Al基合金枝晶变形生长的影响
2. Computer-aided cooling curve thermal analysis of near eutectic Al–Si–Cu–Fe alloy Effect of silicon modifier/refiner and solidification conditions on the nucleation and growth of dendrites [J] . S. Farahany, A. Ourdjini, M. H. Idris, Journal of thermal analysis and calorimetry . 2013,第2期

机译：近共晶Al–Si–Cu–Fe合金的计算机辅助冷却曲线热分析硅改性剂/精炼剂和凝固条件对枝晶形核和生长的影响
3. An equivalent undercooling model to account for flow effect on binary alloy dendrite growth rate [J] . Anirban Bhattacharya, Shyamprasad Karagadde, Pradip Dutta International communications in heat and mass transfer . 2013,第octa期

机译：考虑过流对二元合金枝晶生长速率影响的等效过冷模型
4. Influences of Cooling Rate and Dendrite Morphology Assumptions on the Cracking Susceptibility of Ternary Al-Cu-Si Alloys during Solidification [C] . Guangwei Zhao, Chong Ding, ChenJian Annual International Conference on Materials Science and Engineering . 2019

机译：冷却速率与枝晶形态假设对凝固期间三元硫代菌合金裂缝敏感性的影响
5. Energetics Calculation of {10—12} Twin Nucleation and Growth in Magnesium and Alloys Using Density Functional Theory and Atomistic Simulation [D] . Wang, Fangxi . 2019

机译：{10-12}使用密度泛函理论和原子模拟{10-12} {10-12}双核和合金生长的能量计算
6. Surfaces of Al-based complex metallic alloys: atomic structure thin film growth and reactivity [O] . Julian Ledieu, Émilie Gaudry, Vincent Fournée 2014

机译：铝基复杂金属合金的表面：原子结构薄膜生长和反应性
7. On the Relationship between the Cooling Rate during Solidification and Dendrite Arm Spacing of a 4ton Commericial Ingot [O] . Akira SUZUKI, Takeshi SUZUKI, Yutaka NAGAOKA, 1967

机译：凝固过程中冷却速率与4顿铸造铸造的关系
8. Influence of the Substrate Surface on the Nucleation and Growth of Superconducting Thin Films. [R] . Basu, S. N., Bordes, N., Rollett, A. D., 1989

机译：衬底表面对超导薄膜成核和生长的影响。

Influences of Flow Intensity, Cooling Rate and Nucleation Density at Ingot Surface on Deflective Growth of Dendrites for Al-based Alloy

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