Guo Yongqiong
Professor
Department of Chemistry
Fuzhou University
China
Biography
Undergraduate: Shandong University Master: Shandong University PhD: Shandong University 1984-- taught at Shandong University in 2003, Professor / Ph.D., transferred to Fuzhou University after work. Mainly engaged in physical chemistry electrochemical direction of the field of chemical power and application development. Postgraduate: "Electrode Process Dynamics", "Surface Electrochemistry" undergraduate: "Applied Electrochemistry", "Comprehensive Experiment" to guide the 2 "Challenge Cup" National College Entrepreneurship Program Competition and extracurricular academic and technical works contest, and won the national three And other awards.
Research Interest
ElectrochemistryPresided over a number of national and provincial natural science fund projects, "15" General Armament Department of military projects and international cooperation projects; published more than 60 papers SCI, patent 1, the translation of "VRLA battery" book 1 As well as the book "Encyclopedia of Electrochemical Power Sources". Many times to go abroad to attend and attend the international lead-acid battery meeting, 2 times as the international lead-acid battery conference branch chairman. Over the years with the domestic large-scale lead-acid battery companies to develop research and development of large, medium and small post and telecommunications, UPS, power and energy storage and railway valve-regulated sealed lead-acid batteries a variety of new products. The results of the research by a number of national Ministry of education, the Ministry of Education Science and Technology Progress Award and the Ministry of Railways identification project.
Publications
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Yiyin Huang, Jindi Cai, Yonglang Guo, et.al.(2012)A high-efficiency microwave approach to the synthesis of Bi-modified Pt nanoparticle catalysts for ethanol electro-oxidation in alkaline medium, 129 (2013) 549-555.
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Oxidation,, Jinjie Liu, Guo Yonglang, the Power J. the SourcesLirong of Li,et.al.(2011),C electrocatalysts of microemulsion Synthesized by Improved Method and Their Activity for Ethanol , 196 (. 3), 1090-1096