个人主页 - 中国科学技术大学

研究方向：智能微系统
面向国家重大需求，结合仿生、智能、微系统，开展前瞻性技术研究。承担包括国家重点研发计划、中科院战略先导专项、国家自然科学基金、高技术、中科院人才培养计划等各类型项目十余项。
具体研究方向包括跨尺度微机电系统（MEMS）、新型MEMS传感检测技术、智能设计、仿生微小型飞行器等。

着重培养研究生综合能力，学习期间采用技术学习和课题负责结合的培养方式；近年来共培养硕士博士毕业生10余名，毕业去向包括美国NI、日本岛津、华为、海康、中科院，或独立创业等；欢迎但不限于电子、自动化、精密仪器、微电子、物理等专业背景的学生加盟，也随时欢迎到实验室参观或合作。

1) Development of a compact and efficient FAIMS ionization source based on UV-LED photoelectric effect - Sensors and Actuators: B. Chemical - 2025
2) 水下原位质谱仪快速定量方法研究 - 分析测试学报 - 2023
3) Dual ionization sources high-field asymmetric waveform ion mobility spectrometry with combined ultraviolet lamp source and corona discharge source - Talanta - 2024
4) Development and application of an underwater mass spectrometer for in situ detection of deep-sea dissolved gases - Chinese Journal of Analytical Chemistry - 2023
5) Monolithic integration of tandem-FAIMS based on overlapping ion peak separation and weak ion peak discovery for gas detection - Sensors and Actuators B: Chemical - 2022
6) Concept and simulation of a novel dual-layer linear ion trap mass analyzer for micro-electromechanical systems mass spectrometry - European Journal of Mass Spectrometry - 2024
7) 船载膜进样质谱检测湖水中溶解气 - 分析化学 - 2024
8) Theoretical and experimental study on the effect of scanning speed on FAIMS peaks - Journal of chromatography. A - 2024
9) Online water vapor removal membrane inlet mass spectrometer for high-sensitivity detection of dissolved methane - Talanta - 2024
10) Highly sensitive and Selective Sulfur Hexafluoride Detection based on DAPPI-FAIMS - Sensors and Actuators B: Chemical - 2024