硕士生导师-不限ip注册送37元金币

[1] Cuixia Liu, Rui Wang, Zengyun Jian. The Influence of Grain Boundaries on Crystal Structure and Tensile Mechanical Properties of Al0.1CoCrFeNi High-Entropy Alloys Studied by Molecular Dynamics Method. Crystals 2022, 12(1), 48.

[2] 姚瑜, 刘翠霞, 夏振海. 单晶Al_(0.1)CoCrFe...高熵合金裂纹扩展的分子动力学模拟.不限ip注册送37元金币学报,2021,41(5):559-565

[3] Cuixia Liu, Yuchia Yangb and Zhenhai Xia. Deformation Mechanism in Al0.1CoCrFeNiΣ3(111)[11 ?0]High Entropy Alloys - Molecular Dynamics Simulation.RSC Advances, 2020, 10: 27688 - 27696

[4] Yu-Chia Yang, Cuixia Liu Chun-Yu Lin Zhenhai Xia.Core Effect of Local Atomic Configuration and Design principles in AlxCoCrFeNi High-Entropy Alloys. Scripta materialia. 2020,17:181-186

[5] 张乐晨,刘翠霞,坚增运.Al-0.35Ni合金凝固过程微观组织的相场法数值模拟，热加工工艺2020,49(10):52-56.

[6] 刘翠霞,王少刚,坚增运.Al0.25Ni0.75合金凝固过程的分子动力学模拟,不限ip注册送37元金币学报, 2019.39(3):318-323

[7] 刘翠霞,张乐晨,坚增运. FeNiCrCo-X 系高熵合金的研究进,应用化工，2019,48(6):1483-1490

[8] 刘翠霞,王少刚,坚增运. 闪锌矿结构ZnSe的光电性质和有效质量研究.不限ip注册送37元金币学报,2019,39(2):191-196

[9] 王少刚,刘翠霞,坚增运. Al-Cu合金扩散系数的分子动力学模拟研究.不限ip注册送37元金币学报,2018,38(6):559-564

[10] Cuixia Liu, Zengyun Jian, Man Zhu, Lianyang Chen. First-principle study of stacking fault energy for ZnSe single crystal. Computational Materials Science, 2015 96: 81-84. (SCI AT4XU )

[11] 刘翠霞,坚增运,罗贤,王宇鹏.碘输运法对CVT法制备ZnSe单晶的性能影响研究.稀有金属材料与工程，2014 43(4):866-869 (SCI AG5VW)

[12] Cuixia Liu, YanQing Yang, Man Zhu, Chen Yang. Influence of CH3SiCl3 Consistency on Growth Process of SiC Film by Kinetic Monte Carlo Method. Journal of WuHan University of Technology Material Science. 2012 27(5):1008-1012 (SCI：029CW)

[13] CuixiaLiu,YanqingYangXianLuo. Grain-scale Growth Simulation of SiC Film with the Chemical Vapor Deposition. Method. Computational Materials Science.2012,59:128-132(SCI927UC)

[14] CuixiaLiu,YanqingYangXianLuo.A three-dimensional atomic-scale simulations of CVD-SiC film growth in {111}, {110} and {100} family of planes. Computational Materials Science.2011,50(8):2338-2346 (SCI773CD)

[15] Cui-xia Liu, Yan-Qing Yang, Rong-Jun Zhang, Xian Luo. Grain Growth Simulation of {111} and {110} Oriented CVD-SiC Film by Potts Monte Carlo. Computational Materials Science. 2009, 44: 1281-1285 (SCI: 412CA , EI: 090511884394)

[16] C.X.Liu, Y.Q.Yang, X.Luo, R.J.Zhong, B.Huang. Multi-length Scale Monte Carlo Simulation of the Growth Process of SiC Film by Chemical Vapor Deposition. Applied Surface Science. 2008, 255(5): 3342-3349 (SCI:378CR, EI: 084911767777)

[17] Cui Xia Liu, Y.Q.Yang, R.J.Zhang, X.X.Ren. Kinetic Monte Carlo Simulation of {111}-Oriented SiC Film with Chemical Vapor Deposition. Computational Materials Science. 2008, 43(4): 1036-1041 (SCI: 372QR, EI: 084111629193)

[18] 刘翠霞, 杨延清, 黄斌, 张荣军, 罗贤, 任晓霞. 化学气相沉积SiC膜{111}取向生长的原子尺度模拟. 无机材料学报. 2008, 23(5): 933-937 (SCI:355DY , EI: 084111636647)

[19] Cuixia Liu Yanqing Yang, Luo Xian.Influence of deposition temperature on tensile behavior and fracture characteristics of SiC Filament by Chemical Vapor Deposition. Advanced Materials Research. 2011,146-147: 1159-1162 (Ei20110113539107)

[20] Cuixia Liu, Zengyun Jian, Man Zhu. Study for Preparation and Photoelectric Property of ZnSe Crystal. Advanced Materials Research. 2011,156-157: 1101-1104 (Ei20110113554255)

[21] Cuixia Liu Yanqing Yang, Luo Xian.Influence of substrate material on tensile behavior and fracture characteristics of SiC by chemical vapour deposition. Advanced Materials Research. 2011, 213:272~275(Ei 20111113742676)

[22] 刘翠霞，坚增运，刘建康，陈连阳.ZnSe单晶气相生长输运剂Zn(NH4)2Cl4的制备工艺研究, 不限ip注册送37元金币学报，2015v 35(2) 158-161

[23] 刘翠霞, 吕志刚, 郭艳妮, 朱满.基于CDIO的《材料科学基础》教学方法改革研究,广州化工 2014,42(5):133-135

[24] 刘翠霞, 王正品, 朱满.《材料科学基础(双语)》课程CDIO教学模式的研究, 广州化工2015,43(15):226-229

[25] 刘翠霞，坚增运，朱　满，陈连阳.Cu掺杂ZnSe光电性质的第一性原理计算. 不限ip注册送37元金币学报, 2014v 34 819-823

[26] 刘翠霞, 杨延清, 罗贤.涂层对CVD法SiC纤维拉伸断裂行为的影响. 不限ip注册送37元金币学报,2012 V32，p1004-1007

[27] 刘翠霞, 杨延清, 徐婷. CVD法SiC纤维沉积过程的正交试验研究. 功能材料, 2011,42: 89-91(Ei20111513905372)

[28] 刘翠霞，坚增运，朱满. ZnSe晶体的气相法制备和性能研究,材料导报,2011, 25(6):20-22

[29] 刘翠霞, 杨延清, 徐婷, 马志军, 陈彦. 化学气相沉积法连续SiC纤维的研究现状和发展趋势. 材料导报. 2006, 20(8): 35-40

[30] 刘翠霞, 杨延清, 张荣军, 任晓霞. 涂碳前后SiC纤维的强度测试和评价. 材料工程. 2009, (2): 63~66 (EI: 091111955359)

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