»Full Name：Sen Yu | »Affiliation：Department of Measurement and Control， School of Information and Control Engineering， |
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» Academic degree：Doctor | » Title：Intermediate | |
» Major：Instrument science and technology | » Tutor category：None | |
»E-mail：17888819024@163.com | ||
» Tel：17888819024 | ||
◎Research Areas Precision optical measurement technology and instruments ◎Education September 2014 to July 2018，Measurement and Control Technology and Instruments at Beijing Institute of Technology，Bachelor's degree； September 2018 to July 2019，Instrument Science and Technology at Beijing Institute of Technology，Master's degree； September 2018 to September 2019，Instrument Science and Technology at Beijing Institute of Technology，Doctor's degree. ◎Employment None ◎Courses Offered Expected courses: Fundamentals of Precision Machinery Design, Precision Machinery Course Design ◎Guiding graduate students None ◎Funding and Projects [1] Prototype of high-precision measuring equipment for surface shape parameters of XXXX spherical coupling parts. (Completed) [2] XXX freeform surface measuring instrument; (Completed) [3] XXX optical lens center deviation measuring instrument; (Completed) [4] Basic research on nano precision manufacturing of freeform surface based optical systems. (Completed) ◎Awards & Honors Beijing Institute of Technology Outstanding Student (Graduate) ◎Representative Publications [1]Sen Yu, Zhenru Wang, Lirong Qiu et. al. High-precision and high-speed surface topography measurement method of microstructures based on laser scanning transverse differential confocal [J], Measurement. (IF 5.6, SCI 2, Top) [2]Sen Yu, Zhenru Wang, Lirong Qiu, etc Development of Laser Scanning Transverse Differential Confocal Microscopy System [J], Acta Optica Sinica (EI, Cover Article) [3]Sen Yu, Zhenru Wang, Weiqian Zhao et. al. High-speed and large-range laser differential confocal microscopy based on galvanometer and displacement stage [J], Optics and laser Technology. (under review, IF 5.0, SCI 2, Top) [4]Zhenru Wang, Sen Yu, Lirong Qiu. High speed and large range measurement technology of microstructure surface morphology based on laser scanning lateral differential confocal [C], Applied Optics and Photonics China (AOPC2024) (EI). ◎Patent | ||
