l 学术论文 (第1作者代表作) [1] The microstructure, bio-tribological properties, and biocompatibility of titanium surfaces with graded zirconium incorporation in amorphous carbon bio-ceramic composite films,Surface & Coatings Technology(2020) [2] In vitro and in vivo biocompatibility and bio-tribological properties of the calcium/amorphous-C composite films for bone tissue engineering application, Colloids and Surfaces B: Biointerfaces(2020) [3] Exploration of pretreatment process and wettability of high bonding Ni-P coatings on W-Cu composites for electronic packaging,Applied Surface Science 673 (2024) 160911 [4] Microstructure, mechanical properties and hermeticity of W-Cu/HTCC brazed joints with surface metallization International Journal of Refractory Metals and Hard Materials 2024 [5] Surface metallization of Cu/Ni/Au coatings on diamond/Cu composite materials for heat sink application,Ceramics International,0272-8842(2017) [6] Structural, interface texture and toughness of TiAlN/CNx multilayer films,Materials Characterization,1044-5803,2021 [7] An overview of oxidation-resistant tungsten alloys for nuclear fusion,Journal of Alloys and Compounds, 0925-8388,2018 [8] Structure, mechanical properties and tribological behavior of sp2-C:Ti/sp3-C:Ti multilayer films deposited by magnetron sputtering,Diamond & Related Materials,0925-9635, 2022 [9] Fabrication and characterization of W/Cu/Ni-based high specific gravity alloy with Zr and Ti,International Journal of Refractory Metals and Hard Materials,0263-4368,2021 [10] Improved uniformity of Ni/Au coating on circuits by electroless plating,Surface Engineering,2018 ● 授权专利 [1] 一种航天密封件用耐磨碳基复合薄膜及其制备方法 ZL202311081450.3 [2] PTFE活塞环表面镀含钛铬碳基纳米多层膜及制备方法 刘东光 ZL202210344337.9 [3] 一种镁合金微波组件盖板表面复合处理方法ZL201410414332.4 [4] 电镀沉积金锡合金镀层的方法ZL201310420602.8 [5] 电镀沉积银锡合金镀层的方法ZL201310404950.6 [6] 一种在316L不锈钢管道内壁制备二氧化硅阻氚涂层的方法 2020116027546 [7] 镁锂合金离子液体化学转化溶液及形成导电氧化膜的方法 201711059534.1 [8] 一种具有高热导的钨-镀钨金刚石复合材料及其制备方法 201810203246.7 [9] 一种石墨和TZM合金的共晶反应钎焊工艺 ZL202210636350.1 [10] 一种Ti/Zr箔连接石墨和钼合金的反应钎焊工艺 ZL202210417072.0 [11] 一种Mo/Cu复合板的爆炸焊接成型方法 ZL202110940160.4 [12] 一种多元掺杂高比重钨铜镍合金的制备方法及制备的高比重钨铜镍合金 ZL202010859642.2 [13] 一种多孔ODS钨与铜的放电等离子扩散连接方法 ZL202010749156.5 [14] 一种利用放电等离子体烧结技术一体化成型的钨铜穿管部件ZL202010868015.5 [15] 一种ODSW/TZM合金的放电等离子扩散连接方法 [16] 一种用于高温共烧陶瓷表面二次金属化化学镀镍的方法 (授权) [17] 高硅铝复合材料的镀金方法ZL201310553767.2 (授权) [18] Ti-TiN-CNx梯度多层薄膜及其制备方法201010143619. (授权) [19] 一种超硬碳薄膜及其制备方法: 中国、发明专利 200910100211.1. (授权) [20] 一种含钛非晶碳高硬耐磨薄膜: 中国、发明专利 200910100211.1. (授权),中国 ● 教学成果与奖励 服务地方战新产业发展的双链驱动研究生创新能力,安徽省教学成果二等奖(研究生教育),2022年 ● 科研获奖 汽车发动机及制动系统关键部件的粉末冶金工艺开发及应用, 安徽省科技进步三等奖,2021年 |