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1. Zhu Xuns Personal Works
Zhu Xun has made significant achievements in the field of scientific research. As the project leader, he led the research of 2 National Natural Science Foundation projects and 3 provincial and ministerial level scientific research projects. His research achievements are abundant, and he has published more than 60 papers in well-known academic journals at home and abroad, including 8 SCI indexed papers and 26 EI indexed papers. He has been cited 62 times by peers, demonstrating his in-depth research in the fields of hydrodynamics and fuel cells. Zhu Xuns patent achievements are also quite fruitful, having obtained 4 patent authorizations and 6 invention patents pending approval. Here are some of his representative works: In 2008, Xun Zhu et al. published a three-dimensional numerical simulation paper on the dynamics of water droplets in PEMFC gas channels in the Journal of Power Sources. In Microfluidics and Nanofluidics, they studied the emergent behavior of water droplets entering microchannel gas flow from pores. The paper co authored with Oshkai et al. explores the transport dynamics of water in fuel cell microchannels and is included in the MINI-Micro Fuel Cells series of books. Q. Liao and Zhu Xun collaborated on papers such as the impact of thermal effects on electroosmotic flow in triangular microchannels, and numerical studies on electroosmotic flow in triangular microchannels. Their research also includes the dynamic behavior of liquid water entering the gas flow channel of PEMFC in GDL pores, as well as the dynamic visualization study of CO2 bubbles in the anode channel of DMFC. Application research in heat transfer and biofilters, such as thermal generation measurement and volatile organic compound removal models, as well as pollutant purification experiments. In addition to the above academic achievements, Zhu Xun also collaborated with Liao Qiang and others to focus on experimental and theoretical research in the fields of liquid flow, heat exchange, and gas flow, demonstrating his profound theoretical foundation and practical experience in multiple technical fields. His patent work, such as the liquid surface oil layer thickness measurement system and the biological bacterial suspension concentration sensor, also reflects his contribution to technological innovation. Extended Information: Dr. Zhu Xun, Professor, Doctoral Supervisor. In 2002, he obtained a doctoral degree in Engineering Thermophysics from Chongqing University and was awarded the Outstanding Doctoral Dissertation in Chongqing in 2004. Selected for the "New Century Outstanding Talents Support Program" of the Ministry of Education and the Chongqing Outstanding Young and Middle aged Teacher Funding Program in 2007.
2. Microbial Fuel Cell (MFC) is a type of fuel cell that utilizes microorganisms to remove organic matter ...
Do you see the nitrate on the right? Its in, and nitrogen is removed. That nitrogen can only be obtained from nitrate because ammonium cannot pass through the ion exchange membrane.. So, the positive electrode should be the electron of nitrate ions, undergoing a reduction reaction.
What does MFC mean?
MFC, Microsoft Foundation Classes, similar to VCL, is an Application Framework released with Microsoft Visual C++development tools. The latest version is 9.0 (as of November 2008). This library provides a set of universal and reusable libraries for developers to use. Most