Nanjing Hao (郝南京), Ph.D., Professor
① Laboratory of Microscale Heat and Mass Transfer Process Intensification,
School of Chemical Engineering and Technology,
Xi'an JiaoTong University, P.R. China
② Deputy Director of Yulin Administration for Market Regulation
③ Guest Professor of SIMIT
Team leader: Dean, Prof. Jinjia Wei (魏进家)
Email: nanjing.hao@xjtu.edu.cn
Office: 19-2143 (iHarbor campus)
Location: 28 Xianning West Road, Xi'an, Shaanxi, P.R. China
ZIP code: 710049
Lab Mission:
The central focus of our research group is to use microscale acoustics and microfluidics approaches to tackle challenging problems in mechanical, chemical, and biomedical engineering. We are particularly interested in the rational design of acoustic and microfluidic reactors, microscale synthesis of advanced functional materials, development of microscale methodologies for facilitating chemical reaction engineering, and exploitation of lab-on-a-chip systems for engineering thermophysics applications.
Dr. Hao's research lab focuses on the theoretical and experimental studies of acoustic and microfluidic chemical engineering. We welcome motivated young scientists who are interested in interdisciplinary research to join our group. We need you to come together with us to reveal the mystery of microscopic fluidic world.
Academic Background:
Dr. Hao obtained his full professorship at the School of Chemical Engineering and Technology at XJTU in 2021. Prior to joining XJTU, Dr. Hao did his postdoctoral research at the University of Massachusetts, Dartmouth College, and Duke University in the United states. He obtained his PhD degree from the University of the Chinese Academy of Sciences in 2014 (Advisors: Prof. Laifeng Li 李来风, and Prof. Fangqiong Tang 唐芳琼, retired). At Dartmouth College (Supervisor: Prof. John Zhang), he proposed a series of new passive microfluidic reactors for lab-on-a-chip applications. At Duke University (Supervisor: Prof. Tony Huang), he integrated acoustics with microfluidics as active acoustofluidic reactors for achieving more flexible control and intensive mixing towards chemical engineering and biosensing applications.
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