Prof. Qiangxian Huang

Hefei University of Technology, Hefei, China

Professor

1. Yao, P., Chen, L., Mo, X. and Li, R.-J. Enhancing Precision in Fabricating Micro Monolithic Tungsten Ball Tips Using Magnetic Field-Assisted Arc Discharge. 2026. 

2. Liu, L.-Y., Zhou, X.-F., Wang, Z.-Y. and Li, R.-J. Drift error compensation for a laser displacement measurement system based on a Bayesian lag regression model and new information integration. 2025. 
3. Liu, Y., Cheng, Z., Cheng, M. and Li, R. High-precision multi-scale data fusion method for micro-nano CMM and white light interferometer. 2025. 
4. Li, J., Lin, R.-W., Zhang, C.-Y. and Li, R.-J. Online volumetric error compensation for micro-CMMs using embedded multi-DOF (degree-of-freedom) measurement systems based on Abbe and Bryan principles. 2025. 
5. Zhang, L., Liang, Y., Xia, W. and Huang, Q.X. Correlation steered scanning with spiral scanning path for AFM to correct image distortion with real‐time compensation. 2025. 
6. Yao, P., Cheng, Z.-Y., Chen, L. and Li, R.-J. Modeling and Verification of Arc Temperature and Melt Formation for High-Precision Fabrication of Micro-Tungsten Styli. 2025. 
7. Mei, J., Li, B., Hu, G. and Huang, Q.X. A Progressive Search Method for Roundness Evaluation Based on Minimum Zone Criterion. 2025. 
8. Zhang, F., Huang, Q.X., Zhang, C. and Li, H. Design and experiment of multidimensional and subnanometer stage driven by spatially distributed piezoelectric ceramics. 2024. 
9. He, Y.-X., Lin, R.-W., Li, R.-J. and Fan, K.-C. Nanopositioning X–Y stage with an embedded Six-DOF error compensation system based on Abbe and Bryan principles. 2024. 
10. Pan, Q., Zhang, Y., Chen, X. and Huang, Q.X. Development of a novel resonant piezoelectric motor using parallel moving gears mechanism. 2024. 
11. Huang, Q.X., Xiang, T., Zhao, Z. and Cheng, Z. Directional region-based feature point matching algorithm based on SURF. 2024. 
12. Xu, P., Li, R.-J., Shen, Y. and Cheng, F. Nano Precision Noncontact Probing System Using Tungsten Ball Tip for High Aspect Ratio Structures With Horizontal Internal Dimensions Below 100 μm. 2024. 
13. Cheng, Z., Chen, X., Liu, L. and Li, R. A novel uncertainty evaluation method based on the particle filter and beta distribution for data with unknown distribution. 2023. 
14. Zhang, L., Hao, S., Zhang, P. and Wang, P. Dual-Amplifier Driving in Sequence Method with Switches for Piezoelectric Stack Actuators to Reduce Hysteresis. 2023. 
15. Huang, Q.X., Wang, W., Wang, G. and Li, R. High Precision and Low Force Resonant Probe Based on Quartz Tuning Fork. 2023. 
16. Zhao, W., Li, R.-J., Duan, L. and Fan, K.-C. High-precision radius and sphericity measurement for microspheres of micro-CMM probe tip. 2023. 
17. Zhang, F., Huang, Q.X., Ye, Y. and Li, H. Development of submicron precision three-dimensional low cross-interference air-floating motion stage. 2023. 
18. Cheng, R., Song, P., Chen, J. and Zhang, L. Thermoelastic damping suppression method of micro-beam resonators with basically constant resonant frequency. 2022. 
19. He, Y.-X., Li, R.-J., Li, J. and Fan, K.-C. Nanometer precision height gauge for small holes with high aspect ratio. 2022. 
20. Pan, Q., Zhao, M., Wang, Y. and Li, R.-J. Design, simulation, and motion characteristics of a novel impact piezoelectric actuator using double stators. 2022. 
21. Pan, Q., Jiang, H., Zhang, Y. and Huang, Q.X. Development of a novel valve-based piezoelectric ultrasonic pump using a Langevin vibrator. 2022. 
22. Cheng, Z.-Y., Luan, H., Sun, Y. and Huang, Q.X. New method and system of automatically moving a CMM probe tip into holes with submillimeter diameter and high aspect ratio. 2021. 
23. Cheng, Z.Y., Liu, L., Yingjun, L. and Huang, Q.X. Modeling and improvement of a low-frequency micro-accelerometer. 2021. 
24. Zhao, W., Li, R.-J., Li, X. and Fan, K.-C. Correction to “Analog Electronic Method for Solving Nonlinear Errors of Sinusoidal Waves in Interferometry”. 2021. 
25. Yingjun, L., Li, R.-J., Chen, R.-X. and Fan, K.-C. A high-precision two-dimensional micro-accelerometer for low-frequency and micro-vibrations. 2020.