研究领域
1. MEMS微纳加工；
2. MEMS非线性动力学分析；
3. 先进MEMS微纳传感与驱动技术；
4. MEMS多模态传感技术及多物理场中的应用;
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科学研究
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论文成果
- W. Zhao, G.Chen, T. Teraji, S. Koizumi, M. Toda and M. Liao. Ultra-high-Sensitivity, Wide-range Thermometry based on High-Quality Microscale Diamond Resonators. Advanced Materials, e02012, 2025.
- W. Zhao*, G. Chen, Z. Zhang, Y. Koide and M.Y. Liao*. Frequency Stability improvement of Single-crystal Diamond Cantilever utilizing High-order Modes. Diamond and Related Materials, 112592, 2025.
- W. Zhao, G.Chen, M. Toda, Y. Koide and M.Y. Liao*. Higher Order Modes actuated Diamond MEMS Resonator for Advanced Mass Sensing. APL Material, 13(4), 2025.
- W. Zhao, Y. Koide, and M.Y. Liao*. MOSFET on P-type surface conductivity channel on n-type Diamond. IEEE Electron Device Letter, 45(12), 2024.
- W. Zhao, R.T. Rocha, N. Alcheikh and M.I. Younis*. Dynamic Response Amplification of Resonant Microelectromechanical Structure utilizing Multi-Mode Excitation. Mechanical System and Signal Processing, 196, 110347, 2023.
专利成果
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著作成果
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