代表性论文、专利、论著:1. Yao, Chunyan*; Chen, Dongdong; Xu, Kaixiang; Zheng, Zhongli; Wang,Qiangsheng; Liu, Yunfeng; Study on nano silicon carbide water-based cuttingfluid in polysilicon cutting, Materials Science in Semiconductor Processing, 2021, 123: 105512. (SCI: PN1KJ,IF: 3.085,JCR2区)
2. Yao, Chunyan*; Chen, Dongdong; Zheng, Zhongli; Wang, Qiangsheng; Fu, Kaijie; Research on porous titanium implants and its animal experiments, Rapid Prototyping Journal, 2020, 27(1): 13-23.(SCI:PV3GL,IF: 3.099,JCR1区)
3. Yao Chunyan*; Zhang Wei; Li kuangwei; Xu xuefeng; Li Hejie; Study on the formation mechanism of magnetic abrasive particle layer on the surface of saw wire in magnetic induction-free abrasive wire sawing, Powder Technology, 2018, 2018(327C): 163-169. (SCI: FW1RN,IF: 3.230,JCR1区)
4. Yao Chunyan*; Zhang Wei; Liu Kun; Li Hejie; Peng Wei; A pneumatic conveying method for the manufacturing of ultraviolet
curing diamond wire saws, Materials and Manufacturing Processes, 2017, 32(5): 523-529.
(SCI: EM5KJ,IF: 2.669,JCR1区) 5. Zhang Wei; Yao Chunyan*; Xu Xuefeng; Li Hejie; Li Kuangwei; Improvement of magnetic induction-wire sawing process using a magnetic system, Materials And Manufacturing Processes, 2017, 33(06): 676-682.
(SCI: EM5KJ,IF: 2.669,JCR1区)
6. Zhang, Wei; Yao, Chunyan*; Tang, Chen; Qiu, Tengwei; Xu, Xuefeng; Investigations on the trajectories of magnetic abrasive grains in magnetic induction-free abrasive wire sawing, Journal of Magnetism and Magnetic Materials, 2016, 419: 317-324(SCI: DT1GE,IF: 3.046,JCR2区)
专利:1. 姚春燕; 李贺杰; 张威; 刘坤; 许雪峰; 彭伟; 磁感应游离磨粒线锯切割中的磁场产生系统, 2018-1-9, 中国, ZL201610034973.6.
2. 姚春燕; 李贺杰; 张威; 刘坤; 王明环; 彭伟; 磁感应游离磨粒线锯切割中基于永磁铁的磁场产生装置, 2017-7-18, 中国, ZL201610033501.9.
3. 姚春燕; 唐晨; 彭伟; 裘腾威; 许雪峰; 王明环; 章巧芳; 一种用于非磁性材料切割在线分离回收废砂浆的简易系统及方法, 2016-4-13, 中国, ZL201410140498.1.
4. 姚春燕; 裘腾威; 彭伟; 许雪峰; 王明环; 章巧芳; 张振; 顾冬; 唐晨; 带螺旋
5. 槽锯丝的电解加工方法, 2015-11-25, 中国, ZL201310300838.8.
6. 裘腾威; 彭伟; 姚春燕; 许雪峰; 张振; 磁性磨料线锯切割方法, 2013-9-18,中国, 201310432552.5.
7. 姚春燕; 陈思源; 彭伟; 新型复合线锯缠绕设备, 2014-7-2, 中国, ZL201210052529.9.
奖励和荣誉(省部级及以上):1. 光硬化树脂薄片切割砂轮的研制(0402079),浙江省人民政府,二等奖 (排名第2)
2. 光硬化树脂薄片切割砂轮的研制(浙教科奖003389),浙江省教育厅,一等奖 (排名第2)