[1]Liu Hailang*, Huang Yiping, Wang Xiaoyu, Lu Ruxue. Effect of CeO2 on High-Temperature Oxidation Performance of Electron Beam Cladding NiCoCrAlY Coating on Ni-Based Alloy[J]. Advances in Materials Science and Engineering, v2020: 8731315, 2020.4.
[2] Zeng Zhuangji, Liu Hailang*, Tang Jie, Peng Zhiguo, Gong Yubing. Effect of Pre-Set Coating Thickness on the Quality of Electron Beam Cladding Forming of Aluminum Alloys[J]. Coatings, v12-3, 350-365, 2022.3.
[3]Chen Jian, Liu Hailang, Peng Zhiguo*, Tang Jie. Study on the Solidification Behavior of Inconel617 Electron Beam Cladding NiCoCrAlY: Numerical and Experimental Simulation[J]. Coatings, v12-1, 58-73, 2022.1.
[4]Hailang Liu, Qian ZHANG, Jian Chen, Zhuangji Zeng, Jie Tang. Certificate of acceptance for the manuscript (coatings-1665070 c ) titled: Analysis and prediction of influence of electron beam process parameters on crack defect of 7050 cladding Ni60 coating[J]. Coatings, v14(1)(On-line), 2022.4.
[5]Hailang Liu, Yiping Huang, Bo Wang, Xiaoyu Wang. Study on the Process Optimization and Wear Resistance of Electron Beam Cladding WC-CoCr Coating on Inconel 617 Surface[J]. Advances in Materials Science and Engineering, vol. 2019, Article ID 6235846, 10 pages, 2019. https://doi.org/10.1155/2019/6235846.
[6]Hailang Liu, Zhengwei Qi, Bo Wang,Dezhi Wang, Numerical simulation of temperature field during electron beam cladding for NbSi2 on the surface of Inconel617[J], Materials Research Express, 2018, 5(3):036528.
[7]Hailang Liu, Guopei Zhang, Yiping Huang, Dezhi Wang, Investigation on Wear resistance and Corrosion resistance of Electron Beam Cladding Co-based coatings on Inconel617[J], Materials Research Express, 2018, 5(4):046513.
[8]Hailang Liu, Bo Wang, Zhengwei Qi, Dezhi Wang, Surface Microstructure and Anti-wear of WC-CoCr Coatings Cladded by Electron Beam[J], Rare Metal Materials and Engineering, 2018, 47(11): 3338-3344.
[9]曾壮基,刘海浪,陈健,林坚,吴小宁.电子束熔覆表面改性层金相组织的研究进展[J/OL].热加工工艺:1-5[2022-08-13]. DOI:10.14158/j.cnki.1001-3814. 20201770.
[10]Liu Hailang, Peng ZHiguo, Yu Haihua, Huang Yiping, The Calculation and Experiment Based on the Finite Difference Method for the
High-voltage Electrostatic Field of Melting Electron Beam Gun[J], Applied Mechanics and Materials, Vols. 635-637, pp31-34, 2014.9.
[11] Liu Hailang, Li Hang, Yu Haihua, Huang Yiping, The Applications of
the Electron Beam Machining Technology in Research of Materials Science[J], Applied Mechanics and Materials, Vols. Vol. 666,pp17-21, 2014.8.
[12] Liu Hailang, Zhang Ruibin, Huang Yiping, Structure analysis of electron
gun deflection coil based on ProE and ANSYS[J]. Advanced Materials Research, v201-203, p1352-1355, 2011.
[13]Liu Hailang, Yang Ping, Generation analysis of switched mode Dc to Dc
Converters by the use of converters cells[J]. Advanced Materials Research, v 201-203, p 931-935, 2011.
[14] Liu Hailang, Lin Chende, Research on a compiler for NC system based on PC[J]. Advanced Materials Research, v 189-193, p 2875-2878, 2011.
[15] Liu Hailang, Wang Yizhi, Research and modeling for bi-directional DC/DC converter based on formation technology for lithium battery, Advanced Materials Research, v201-203, p 647-651, 2011.
[16] Liu Hailang, Liu Xiaohu,Embedded web-based remote monitoring system of the motor[J]. Advanced Materials Research, v 189-193, p 2856-2859, 2011.
[17] 刘海浪, 黄以平等, 30KV 60KW电子束轰击炉高压静电场的数值计算与仿真[C], 2010全国荷电粒子源、粒子束学术会议论文集, P266-270, 2010.9(大会报告论文)。
[18] 刘海浪, 张瑞宾,黄以平, 大功率AlInGap红光LED的电子束辐照效应[J], 光电子技术, 第32卷第1期, P42-45, 2012.3.
[19] 刘海浪, 张瑞宾, 黄以平等, 电子束辐照对大功率LED寿命退化的影响[J], 固体电子学研究与进展, 第32卷第5期, P451-455, 2012.10.
[20] 刘海浪, 张瑞宾, 彭治国等, 电子束辐照对GaN基蓝光LED特性参数的影响[J], 制造业自动化, 第34卷第3期, P102-104, 2012.3.