”The effect of pretreatment and surface modification of porous transport layer (PTL) on the performance of proton exchange membrane water electrolyzer” is published online.
"Critical performance comparisons between the high temperature and the low temperature proton exchange membrane fuel cells "is published online.
Professor Jingke Mo from Fudan University visited G-lab.
G-Lab's dinner party for the new semester and Teacher's Day.
Welcome Hao Zhang joins G-Lab for his two and a half years of research work.
Welcome Yao Zhao jions G-lab for her two and a half years of research work.
Welcome Huaichao Kang jions G-lab for his one year of research work.
Welcome Jiazhen Song jions G-lab for her one year of research work.
The prototype PEM electrolyzer composed of three MEAs has been successfully verified. At the current of 600A, the performance of the single MEA is close to 1.3kW, and the current density is close to 2A/cm²，which is in the ohmic polarization region.
Professor Hu Mingruo attended the "Qinling Project - Industrial Science and Technology Forum" and delivered a keynote speech.
The book "Liquid Hydrogen Technology and Equipment", co-written by G-lab,was officially published.
The invention patent “A kind of detection fixture and detection method of micro-oxygen generator and its oxygen-producing parts” is granted.
Welcome Zhexin Zhang joins G-Lab for his one year of research work.
G-Lab's dinner party for the new semester and the New Year.
Welcome Kequan Ye joins G-Lab for his two and a half years of research work.
"The effect of the backing layer design on the mass transfer in a proton exchange membrane fuel cell" is published online.
Welcome Rui Zhang and Junkang Zhang join G-Lab for their one-year research work.
The invention patent “Microfluidic oxygen wound treatment system” is granted.
The invention patent “Microfluidic Oxygen Generation Module and its Pure Oxygen Generation System” is granted.
The invention patent “A fabricating method and a set of fabrication tools and molds for microfluidic oxygen-producing module” is granted.
The utility model patent “Testing Fixture for a Microfluidic oxygen generator and its Oxygen Generating Component” is granted.
The utility model patent “Microfluidic oxygen wound treatment system” is granted.
“Disclosure of the Internal Transport Phenomena in an Air-Cooled Proton Exchange Membrane Fuel Cell—Part III: Performance Research Based on Qualitative Comparisons Between Modeling and Experimental Results” is published online.
G-Lab‘s dinner party for the ending of the semester and upcoming spring festival.
Utility model patent “Microfluidic oxygen-producing module and the related oxygen generating system” is authorized.
Utility model patent “A set of fabrication tools and molds for microfluidic oxygen-producing module” is authorized.
Welcome Yezi Su joins G-Lab for her one-year research work.
The joint lab between the school of mechanical engineering at SJTU and Shanghai SimplyHydrogen Energy is found.
The invention patent “Microfluidic oxygen wound treatment system” is opened.
The invention patent “A fabricating method and a set of fabrication tools and molds for microfluidic oxygen-producing module” is opened.
A hotpot dinner to welcome new members of G-Lab as well as celebration on the Teachers' Day and a member’s birthday.
The invention patent “Testing Fixture and Testing Method for a Microfluidic oxygen generator and its Oxygen Generating Component” is opened.
“Disclosure of the internal transport phenomena in an air-cooled proton exchange membrane fuel cell—part II: Parameter sensitivity analysis” is published online.
The invention patent “Microfluidic Oxygen Generation Module and its Pure Oxygen Generation System” is opened.
Congratulations to Zhao Runxian on his master's degree.
