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Changju Wu
Aircraft Design and Propulsion Technology
Zhejiang University
Zhejiang
Language: Chinese, English
Areas of Focus
- Aircraft structural design
- Active flow control
- Small space heat dissipation technology
- MEMS technology
- Thermal protection technology
Work Experience
- 2006-2009: Postdoctoral researcher, Zhejiang University
- 2009-present: Faculty member, Zhejiang University
- 2010: Promoted to Associate Professor
- 2011: Appointed as Doctoral Supervisor
Academic Background & Achievements
- 1996-2000: Bachelor in Mechanical Design and Manufacturing, Daqing Petroleum Institute
- 2000-2003: Master in Mechanical Manufacturing and Automation, Zhejiang University
- 2003-2006: PhD in Microelectronics and Solid-State Electronics, Zhejiang University
- 2006-2007: Academic visit at Royal Institute of Technology, Sweden
- 2011: Zhejiang University Qiushi Young Scholar
Publications
- A Study on Etching Profiles of Sacrificial Layers, Wu C. J., Jin Z. H., Ma H. L., Wang Y. L., 2004
- Etching Rate of Sacrificial Layer in Nanometer, Wu C. J., Jin Z. H., Ma H. L., Wang Y. L., 2005
- 退火对牺牲层腐蚀前端形状和腐蚀速率的影响, 吴昌聚，金仲和，马慧莲，王跃林, 2006
- 纳米厚度牺牲层腐蚀速率研究, 吴昌聚，马慧莲，金仲和，王跃林, 2006
- 影响牺牲层腐蚀速率的因素研究, 吴昌聚，马慧莲，金仲和，王跃林, 2006
- Bubble结构牺牲层腐蚀的一种改进模型, 吴昌聚，马慧莲，金仲和，王跃林, 2006
- Sacrificial Layer Etching in Joint Channels, Wu C. J., Jin Z. H., Ma H. L., Lin S. F., Wang Y. L., 2006
- Sacrificial Layer Etching in Bubble Structure, Wu C. J., Ma H. L., Jin Z. H., Wang Y. L., 2007
- Design and Fabrication of Nanofluidic Channel by Selective Thermal Oxidation and Etching Back of Silicon Dioxide Made on Silicon Substrate, Wu C. J., Jin Z. H., Wang H. Q., Ma H. L., Wang Y. L., 2007
- 静压驱动下微流体流动特性研究, 吴昌聚，金小军，金仲和，王跃林, 2008
- TDC Model for PSG Sacrificial Layer Etching with Hydrofluoric Acid, Changju Wu, Wang Hao, Zhonghe Jin, Huilian Ma, Yuelin Wang, 2008
- Effect of Width Ratio on the Etching Behavior of Joint Channel Structure, Wu Changju, Jin Zhonghe, Wang Yuelin, 2008
- The effects of HF diffusion coefficient on the etching process of sacrificial oxide layers, Jin Z. H., Wu C. J., Ma H. L., Xu N. N., and Wang Y. L., 2007
- 振动式为机械陀螺驱动环路数字自动增益控制研究, 邱奕文, 吴昌聚, 王昊, 金仲和, 王跃林, 2008
- Conductance method for the determination of ion diffusion coefficient through a nanochannel, Xiao B. P., Wu C. J., Sun Y., Jin Z. H., 2009
- 基于有限元法的MEMS 加速度计热应力分析, 游侠飞, 吴昌聚, 郑阳明, 金仲和, 2012
- 皮星1号Ａ卫星（ZDPS-1A）被动热控制技术, 吴昌聚,徐秀琴, 2013
- 基于导轨结构的新型笼式皮卫星分离机构, 吴昌聚, 徐秀琴, 2014
- 采用高超声速再入圆球的大气密度间接探测方法, 李昊歌, 朱恒伟, 吴昌聚, 陈伟芳, 2017
- A dual-driving piezoelectric DETF resonator with high quality factor and low multimode effect, Xinxin Liu, Yixiang Wang, Xianhao Le, Zhonggui Xu, Changju Wu and Jin Xie, 2018
- A Miniature System for Separation and Detection of PM Based on 3-D Printed Virtual Impactor and QCM Sensor, Yong Wang , Yinshen Wang, Dongyang Chen, Xinxin Liu, Changju Wu, and Jin Xie, 2018
- Reducing ring-down time of pMUTs with phase shift of driving waveform, Liu Xinxin , Chen Xuying, Le Xianhao, Wang Yong, Wu Changju, Xie Jin, 2018
- A High-Performance Square pMUT for Rangefinder, Xinxin Liu, Xuying Chen, Xianhao Le, Zhonggui Xu, Changju Wu* and Jin Xie, 2018
- Numerical investigation of heat transfer enhancement in a slot channel induced by a piezoelectric fan, Yunlong Qiu and Changju Wu*, 2018
- Optimization of pMUTs Driving Waveform Based on Phase Delay to Reduce Attenuation Vibration, Xinxin Liu, Xuying Chen, Xianhao Le, Zhonggui Xu, Changju Wu*, and Jin Xie, 2018
- A Miniature System for Classification and Concentration Detection of PM Based on 3D Printed Virtual Impactor and QCM Sensor, Yong Wang, Yinshen Wang, Weixin Liu, Dongyang Chen, Changju Wu* and Jin Xie, 2018
- Effect of droplet boundary behaviors on SAWattenuation for potential microfluidic applications, Yong Wang, Dongyang Chen, Changju Wu*, and Jin Xie, 2019
- An aerosol sensor for PM1concentration detection based on 3D printed virtual impactor and SAW sensor, Yong Wang, Yinshen Wang, Weixin Liu, Dongyang Chen, Changju Wu, and Jin Xie, 2019
- A surface acoustic wave device for water impurity levels monitoring by measuring signal-to-perturbation ratios, Yong Wang, Dongyang Chen, Xuying Chen, Dongsheng Li, Changju Wu*, and Jin Xie, 2019
- An Experimental Study of Microchannel and Micro-Pin-Fin Based On-Chip Cooling Systems with Silicon-to-Silicon Direct Bonding, Yunlong Qiu , Wenjie Hu, Changju Wu* and Weifang Chen, 2020
- Local heat transfer enhancement induced by a piezoelectric fan in a channel with axial flow, Yun-long QIU, Chang-ju WU*, and Wei-fang CHEN, 2020
Awards
- 2011: Qiushi Young Scholar
- 2013: First Prize, Zhejiang Province Science and Technology Award (Key Technology and Application of Pico-satellites)
