A method making it possible to accurately adjust the thickness of a dendrite during its growth

• 1. 一种抑制区熔级多晶硅CVD过程中硅枝晶生长的界面浸润性调控方法 [P] . 中国专利： CN113387360A . 2021-09-14
• 2. 一种镍基合金多道堆焊过程中枝晶生长数值模拟方法 [P] . 中国专利： CN111261241A . 2020-06-09
• 3. METHOD OF VARYING THE THICKNESS OF DENDRITES BY ADDITION OF AN IMPURITY WHICH CONTROLS GROWTH IN THE (111) DIRECTION [P] . CA830947A . 1969-12-30

  机译： 通过增加（111）方向的杂质生长来改变树枝状树脂厚度的方法

• 4. METHOD FOR CONTROLLING THE THICKNESS OF A DENDRITE DURING GROWTH [P] . CA720323A . 1965-10-26

  机译： 枝晶生长过程中厚度控制方法

• 5. METHOD FOR CONTROLLING THE THICKNESS OF A DENDRITE DURING GROWTH [P] . CA650166A . 1962-10-09

  机译： 枝晶生长过程中厚度控制方法

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• 4. Simulation of faceted dendrite growth of non-isothermal alloy in forced flow by phase field method [J] . CHEN Zhi, HAO Li-mei, CHEN Chang-le 中南大学学报（英文版） . 2011,第006期
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• 6. Modeling of dendrite growth with cellular automaton method in the solidification of alloys. [D] . Yin, Hebi. 2010
• 7. Variance-adjusted Mahalanobis (VAM): a fast and accurate method for cell-specific gene set scoring [O] . Hildreth Robert Frost 2020
• 8. An Analysis by Synthesis Method that Allows Accurate Spatial Modeling of Thickness of Cortical Bone from Clinical QCT [O] . Stefan Reinhold, Timo Damm, Sebastian Büsse, 2020

• 1. Simulation of facet dendrite growth with strong interfacial energy anisotropy by phase field method [J] . 袁训锋 ,刘宝盈 ,李春 . 中南大学学报 . 2015,第003期
• 2. 一种玻璃基板厚度精确调整方法 [C] . Xu lihua ,徐莉华 . 2016中国平板显示学术会议 . 2016
• 3. 一种求解CVaR投资组合优化问题的非精确束方法 [A] . 姜兴睿 . 2021