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Peng Yao
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Professor Supervisor of Doctorate Candidates Supervisor of Master's Candidates
Research Projects
[1] 体外诊断设备移液系统高性能核心元器件研发及产业化集成应用,2023/11/01,2027/10/31,
[2] 射流辅助精密车磨复合加工中心关键技术研究,2023/08/28,2025/08/28,
[3] LaB6晶体尖端阵列锥体高精度激光加工及质量表征评价-1,2023/05/12,2023/09/21,
[4] 镜片胶合技术研究,2023/05/15,2024/05/30,
[5] 钨合金超精密流体抛光加工服务,2022/09/27,2022/11/30,
[6] 大口径柱面编码光栅基准圆柱体超精密加工技术,2022/07/21,2023/11/30,
[7] 自由曲面加工技术研究,2022/02/24,2023/05/28,
[8] 光栅波导片高精度叠合结构设计,2021/12/30,2023/01/31,
[9] 增减材超声微锻造一体化装备研发与示范应用,2022/01/26,2024/04/30,
[10] 光栅波导片高精度叠合技术研究,2021/12/30,2023/01/31,
[11] GFJG-KM20210027,2021/11/30,2023/05/31,
[12] 箱体零件机械加工孔的智能检测系统,2021/05/24,2022/05/24,
[13] 蠕墨铸铁高效切削加工,2021/08/01,2023/07/31,
[14] 微细透镜阵列模具研制,2021/01/07,2021/12/24,
[15] 汽车冲压模具的激光选区减摩抗磨表面处理技术及其工艺装备研究,2020/12/01,2022/12/01,
[16] 基于微纳复合结构表面单晶金刚石刀具的超薄闪烁晶体超精密车削技术研究,2020/09/18,2024/12/31,
[17] 汽车冲压模具的激光选区减摩抗磨表面处理技术及其工艺装备研究,2020/01/01,2021/12/31,
[18] 基于能场作用机理的高完整性表面高速切削应用基础研究,2018/06/22,2020/12/31,
[19] 多能场耦合近无损伤微细加工关键技术研究,2019/12/18,2022/09/30,
[20] 高性能加工的形貌快速检测、精度评价与工艺控制（奖励）,2019/11/18,2021/11/17,
[21] 高性能加工的形貌快速检测、精度评价与工艺控制（补助）,2019/11/18,2020/11/30,
[22] 五自由度混联机构加工机器人样机研制、实验研究与工程化应用,2017/12/01,2020/11/30,
[23] 蓝宝石单晶材料延-脆性转变加工研究,2019/06/15,2019/09/15,
[24] 折返镜加工研究,2019/06/15,2019/10/15,
[25] 高强钢微细铣削和微细钻削加工研究,2019/03/15,2019/09/15,
[26] 自扩散复合刀具的精细制备及其极端切削使役性能研究,2014/12/01,2017/12/31,
[27] 陶瓷基复合材料的磨料水射流高效低损伤钻削机理研究,2018/08/16,2021/12/31,
[28] 高性能刀具与高效加工基础,2017/08/01,2020/08/31,
[29] 高性能加工的形貌快速检测、精度评价与工艺控制,2017/12/01,2020/11/30,
[30] 激光辅助水射流近无损伤微细加工关键技术研究,2013/08/15,2017/12/31,
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