研究

方向

结构材料的服役损伤与表面控制技术

个人

简历

学习和工作经历：

本科2000.9-2004.7 太原理工大学，材料科学与工程学院 材料物理

硕士2004.9-2007.7 太原理工大学，表面工程研究所 材料加工工程

博士2007.9-2011.7 西北工业大学，航空学院 材料学

博士后2011.12-2014.7 太原理工大学，表面工程研究所 材料科学与工程

访问学者2016.10-2017.10 加拿大阿尔伯塔大学，化学与材料工程系

主持项目

1) 国家自然科学基金(51501125)：表面织构与Ni-Ti合金化改善奥氏体不锈钢耐磨性的作用机制响

2) 中国博士后科学基金面上资助(2016M591415)：铝迁移对Ti6Al4V合金表面热氧化层半导体特性的影

3) 中国博士后科学基金面上资助(2012M520604)：钛合金腐蚀-磨损失效的预警、诊断与预防

4) 山西省青年科技研究基金(2013021013-2)：13Cr不锈钢结构件磨损-腐蚀失效行为与预防

5) 太原理工大学校青年基金(2013T011)：纯钛牙种植体表面银掺杂离子氮化层的制备及其抗菌性能研究

6) 太原理工大学校青年基金(2012L050)：13Cr不锈钢磨损-腐蚀耦合作用下服役行为的动态监测、失效预警与表面防护研究

7) 太原理工大学人才引进基金(tyut-rc201157a)：等离子表面合金化制备高性能油套管及其腐蚀与摩擦学行为研究

8) 材料腐蚀与防护四川省重点实验室开放基金科研项目(2018CL11)：铝迁移对Ti6Al4V合金表面热氧化层耐蚀性的影响

9) 横向课题-1(tyut-2013646)：P110钢表面等离子表面合金化涂层制备工艺及性能研究

10) 横向课题-2(144030536-J)：激光立体成形GH4169合金组织EBSD分析

11) 横向课题-3(163020196-J)：花键轴表面强化检测分析

发明

专利

[1] 钛牙种植体表面渗银层的制备方法(专利号：ZL 201210134220.4)

[2] 提高奥氏体不锈钢表面脂润滑摩擦学性能的方法(专利号：ZL 201210559908.7)

[3] 钛合金表面渗铜层的制备方法(专利号：ZL 201210134157.4)

[4] 用表面分形维数评价渗铬P110油套管钢耐蚀性的方法(专利号：ZL   201410099454.9)

[5] 一种钛合金表面钛基非晶涂层的制备方法(专利号：ZL 201410247198.3)

[6] 一种奥氏体不锈钢表面的复合处理方法(专利号：ZL 201510063196.3)

[7] 一种钛合金套管接头的加工方法(专利号：ZL 201510008850.0)

[8] 一种钛合金油井管接头的加工方法(专利号：ZL 201510035104.0)

[9] 一种锚杆钢表面化学镀镍磷镀层的制备方法(专利号：ZL 201510450745.2)

论文

(通讯

作者*)

[1] Lin Naiming*, Li Dali, Zou Jiaojuan, Xie Ruizhen, Wang Zhihua,   Liu Xiaoping, Tang Bin. Surface texture-based surface treatments on Ti6Al4V   titanium alloys for tribological and biological applications A mini review, Materials, 11(2018)487-1–28

[2] Xie Ruizhen, Lin Naiming*, Zhou Peng, Zou Jiaojuan, Han Pengju, Wang Zhihua, Tang Bin, Surface damage   mitigation of TC4 alloy via micro arc oxidation for oil and gas exploitation   application: Characterizations of microstructure and evaluations on surface   performance, Applied Surface Science,   436(2018)467–476.

[3] 邹娇娟，林乃明*，秦建峰，王振霞，马永，田伟，姚小飞，王志华，唐宾. 热氧化时间对Ti6Al4V表层组织和性能的影响，稀有金属材料与工程，2018，47(4)：1254–1260

[4] Lin Naiming*, Liu Qiang, Xie Ruizhen, Zou Jiaojuan, Li Dali,   Yuan Shuo, Wang Zhenxia, Ma Yong, Liu Xiaoping Wang Zhihua, Tang Bin.   Research progress in strengthening surface performance of iron and steel   materials by double glow plasma surface alloying technology: A brief review, Reviews on Advanced Materials Science,   51(2017)16–34.

[5] Liu Qiang, Lin Naiming*, Zou Jiaojuan, Guo Junwen,   Wang Zhihua, Tang Bin. Research progress in improving tribological behaviors   of iron and steel materials via surface texture in China: A literature review, Reviews on Advanced Materials Science, 49(2017)171–188.

[6] 林乃明*，刘强，谢瑞珍，张红彦，邹娇娟，韩鹏举，王志华，唐宾. 采用表面分形维数评价Ni-P化学镀层的耐蚀性，太原理工大学学报，2017，48(4)：518–523.

[7] He Tongtong, Lin Naiming*, Du Zhengliang, Chao   Yimin, Cui Jiaolin*. The role of excess Sn in Cu₄Sn₇S₁₆   for modification of the band structure and a reduction in lattice thermal   conductivity, Journal of Materials   Chemistry C, 5(2017)4206–4213.

[8] Lin Naiming*, Liu Qiang, Zou Jiaojuan, Li Dali, Yuan Shuo, Wang   Zhihua, Tang Bin. Surface damage mitigation of Ti6Al4V alloy via thermal   oxidation for oil and gas exploitation application: characterization of the   microstructure and evaluation of the surface performance, RSC Advances, 7(2017)13517–13535.

[9] Han Pengju*, Xie Ruizhen, Lin Naiming*, He Bin.   Electrochemical corrosion behavior of X70 steel in sand soil contaminated by   copper(Ⅱ), International Journal of Electrochemical Science,   11(2016)9491–9507.

[10] 林乃明*，谢瑞珍，秦林，田伟，郭俊文，唐宾. TC4合金表面渗钼层在模拟油田介质中的耐蚀性，稀有金属材料与工程，2016，45(12)：3233–3237.

[11] 林乃明*，王娅婷，邹娇娟，马永，王振霞，田伟，姚小飞，唐宾. 热氧化温度对Ti6Al4V耐磨性的影响，稀有金属材料与工程，2016，45(6)：1615–1619.

[12] 林乃明*，谢瑞珍，郭俊文，邹娇娟，王志华，唐宾. 表面织构-离子氮化复合处理改善316不锈钢的摩擦学性能，中国表面工程，2016，29(2)：58–68.

[13] Lin Naiming*, Liu Qiang, Zou   Jiaojuan, Guo Junwen, Li Dali, Yuan Shuo, Ma Yong, Wang Zhenxia, Wang Zhihua,   Tang Bin. Surface texturing-plasma nitriding duplex treatment for improving   tribological performance of AISI 316 stainless steel, Materials, 9(2016)875-1–26.

[14] Lin Naiming*, Xie Ruizhen, Zhou   Peng, Zou Jiaojuan, Ma Yong, Wang Zhenxia, Han Pengju, Wang Zhihua, Tang Bin,   Tian Wei. Review on improving wear and corrosion resistance of steels via   plasma electrolytic saturation technology, Surface Review and Letters, 23(2016)1630002-1–24.

[15] Lin Naiming*, Zou Jiaojuan, Li Maolin, Guo Junwen, Ma Yong,   Wang Zhenxia, Wang Zhihua, Liu Xiaoping, Tang Bin. Review on improvements in surface performance of TiAl-based alloys by   double glow plasma surface alloying technology, Reviews on Advanced Materials Science, 44(2016)238–256.

[16] Xie Ruizhen, Zhang Hongyan, Zou Jiaojuan, Lin Naiming*, Ma Yong,   Wang Zhenxia, Tian Wei, Yao Xiaofei, Han Pengju, Wang Zhihua, Tang Bin. Effect of adding   Lanthanum (La³⁺) on surface performance of Ni-P electroless   plating coatings on RB400 support anchor rod steel, International Journal   of Electrochemical Science, 11(2016)3269–3284.

[17] Lin Naiming*, Zhou Peng, Zou   Jiaojuan, Xie Faqin, Tang Bin. Wear and corrosion resistance of electroless   plating Ni-P coating on P110 steel, Journal   of Wuhan University of Technology-Materials Science Edition,   30(2015)622–625.

[18] Lin Naiming*, Zhou Peng, Zhou   Hongwei, Guo Junwen, Zou Jiaojuan, Tian Wei, Yao Xiaofei, Tang Bin. Plasma   surface chromizing of P110 oil casing tube steel for improving corrosion and   wear resistance purposes, Kovové   Materiály-Metallic Materials, 53(2015)147–154.

[19] Lin Naiming*, Zhou Peng, Wang   Yating, Zou Jiaojuan, Ma Yong, Wang Zhenxia, Tian Wei, Yao Xiaofei, Tang Bin.   Thermal oxidation of Ti6Al4V alloy with enhanced wear and corrosion   resistance for oil and gas application: effect of temperature, Surface Review and Letters, 22(2015)1550033-1–11.

[20] Lin Naiming*, Zhou Peng, Guo   Junwen, Zhang Hongyan, Zou Jiaojuan, Ma Yong, Han Pengju, Tang Bin. Pack   boronizing of P110 oil casing tube steel to combat wear and corrosion, International Journal of Electrochemical Science, 10(2015)2694–2706.

[21] Lin Naiming*, Zhang Hongyan, Zou   Jiaojuan, Han Pengju, Ma Yong, Tang Bin. Improvements in wear and corrosion   resistance of RB400 anchor rod steel by electroless Ni-P plating, International Journal of Electrochemical   Science, 10(2015)356–372.

[22] 林乃明*，郭俊文，邹娇娟，秦林，唐宾. 电化学处理对316不锈钢脂润滑摩擦学性能的影响，北京工业大学学报，2014，40(11)：1746–1750.

[23] Lin Naiming*, Zhang Hongyan, Zou   Jiaojuan, Tang Bin. Recent developments in improving   tribological performance of TC4 titanium alloy via double glow plasma surface   alloying in China: A literature review, Reviews   on Advanced Materials Science, 38(2014)61–74.

[24] Zhang Hongyan, Zou   Jiaojuan, Lin Naiming*, Tang Bin. Review on electroless plating Ni-P   coatings for improving surface performance of steel, Surface Review and Letters, 21(2014)1430002-1–13.

[25] Lin Naiming*, Guo Junwen, Xie   Faqin, Zou Jiaojuan, Tian Wei, Yao Xiaofei, Zhang Hongyan, Tang Bin.   Comparison of surface fractal dimensions of chromizing coating and P110 steel   for corrosion resistance estimation, Applied   Surface Science, 311(2014)330–338.

[26] Lin Naiming*, Guo Junwen, Hang   Ruiqiang, Zou Jiaojuan, Tang Bin. Double glow plasma surface alloying   antibacterial silver coating on pure titanium, Surface Review and Letters, 21(2014)1450032-1–7.

[27] Zou Jiaojuan, Li Maolin,   Lin Naiming*, Zhang Xiangyu, Qin Lin, Tang Bin. An electrochemical   processing strategy for improving tribological performance of AISI 316   stainless steel under grease lubrication,   Surface Review and Letters, 21(2014)1450006-1–7.

[28] Zou Jiaojuan, Xie Faqin,   Lin Naiming*, Yao Xiaofei, Tian Wei, Tang Bin. Formation of chromium   coating and comparative examination on corrosion resistance with 13Cr steel   in CO₂-saturated simulated oilfield brine, Surface Review and Letters, 20(2013)1350041-1–7.

[29] Lin Naiming*, Xie Faqin, Zou   Jiaojuan, Tang Bin. Slurry erosion behaviors of P110 steel and chromizing   coating in liquid-solid two-phase flow, Science   China-Technological Sciences, 56(2013)1415–1423.

[30] Lin Naiming*, Li Maolin, Zou   Jiaojuan, Wang Xiaoguang, Tang Bin. Study on fabrication and corrosion   resistance of Ni-based alloy coating on P110 steel by electro spark   deposition, Journal of Materials   Engineering and Performance, 22(2013)1365–1370.

[31] Lin Naiming*, Xie Faqin, Zou   Jiaojuan, Wang Hefeng, Tang Bin. Application of artificial neural network to   predict the thickness of chromizing coatings on P110 steel, Journal of Wuhan University of   Technology-Materials Science Edition, 28(2013)196–201.

[32] Lin Naiming*, Huang Xiaobo, Zhang   Xiangyu, Fan Ailan, Qin Lin, Tang Bin. In vitro assessments on bacterial   adhesion and corrosion performance of TiN coating on Ti6Al4V titanium alloy   synthesized by multi-arc ion plating, Applied   Surface Science, 258(2012)7047–7051.

[33] Lin Naiming*, Xie Faqin, Yang   Huijun, Tian Wei, Wang Hefeng, Tang Bin. Assessments on friction and wear   behaviors of P110 steel and chromizing coating sliding against two   counterparts under dry and wet conditions, Applied Surface Science, 258(2012)4960–4970.

[34] Lin Naiming*, Huang Xiaobo, Zou   Jiaojuan, Zhang Xiangyu, Qin Lin, Fan Ailan, Tang Bin. Effects of plasma   nitriding and multiple arc ion plating TiN coating on bacterial adhesion of   commercial pure titanium via in vitro investigations, Surface and Coatings Technology, 209(2012)212–215.

[35] Lin Naiming*, Xie Faqin, Tang Bin.   Corrosion resistance of chromizing coating in simulated oilfield stratum   water, Rare Metal Materials and   Engineering, 41(2012)SⅡ658–662.

[36] 林乃明*, 王鹤峰, 孙晓亮, 范爱兰, 唐宾. P110钢表面瞬态电能沉积镍基合金涂层的摩擦磨损特性，稀有金属材料与工程，2012，41(SⅡ)：500–504.

[37] 林乃明，谢发勤*，吴向清，田伟. 渗铬P110钢在CO₂饱和模拟油田采出液中的耐蚀性，沈阳工业大学学报(自然科学版)，2012，34(1)：41–47.

[38] Lin Naiming, Xie Faqin*, Zhou Jun,   Wu Xiangqing, Tian Wei. Corrosion behaviors of P110 steel and chromium   coating in CO₂-saturated simulated oilfield brine, Journal of Wuhan University of   Technology-Materials Science Edition, 26(2011)191–197.

[39] Lin Naiming, Xie Faqin*, Wu   Xiangqing, Tian Wei. Influence of process parameters on thickness and wear   resistance of rare earth modified chromium coatings on P110 steel synthesized   by pack cementation, Journal of Rare   Earths, 29(2011)396–400.

[40] Lin Naiming, Xie Faqin*, Zhong Tao,   Wu Xiangqing, Tian Wei. Influence of adding various rare earths on   microstructures and corrosion resistance of chromizing coatings prepared via   pack cementation on P110 steel, Journal   of Rare Earths, 28(2010)301–304.

[41] Lin Naiming, Xie Faqin*, Zhou Jun,   Zhong Tao, Wu Xiangqing, Tian Wei. Microstructures and wear resistance of   chromium coatings on P110 steel fabricated by pack cementation, Journal of Central South University,   17(2010)1075–1078.

[42] 林乃明，谢发勤*，钟涛，吴向清. P110油套管钢稀土渗铬工艺优化，热加工工艺，2010，39(2)：137–139.

[43] 林乃明，谢发勤*，吴向清，田伟. 油套管表面防护技术的研究现状与展望，腐蚀与防护，2009，30(11)：801–805.

[44] 林乃明，谢发勤*，钟涛，吴向清，田伟. 人工神经网络方法预报P110油套管钢稀土渗铬层的厚度，中国表面工程，2009，22(6)：77–80.

[45] 林乃明*，邹娇娟，周宏伟. N80石油套管钢的CO₂腐蚀研究现状，中国材料进展，2009，28(2)：14–18.

联系

方式

E-mail: linnaiming@tyut.edu.cn。