[Haichuan. Chemical Pioneer] 12 Tian Zhaowu - one of the founders of modern electrochemistry in my country

The Leisure Zone collects online information to share the chemical industry pioneer series, so that all friends can understand the development history of China's contemporary chemical industry and the entrepreneurial journey of industry pioneers. Welcome everyone to share and communicate in the series of posts———————————————————— [Haichuan. Chemical Industry Pioneer] 01 Fan Xudong - the father of China's modern salt industry [Haichuan. Chemical Industry Pioneer] 02 Hou Debang - the father of China's alkali industry [Haichuan. Chemical Industry Pioneer] 03 Wu Yunchu - the founder of China's chlor-alkali industry [Haichuan. Chemical Industry Pioneer] 04 Fang Yexian -- Pioneer of China's daily chemical industry [Haichuan. Chemical Industry Pioneer] 05 Chen Tiaofu - the king of modern Chinese paints [Haichuan. Chemical Industry Pioneer] 06 Cai Yisheng - one of the founders of China's catalytic kinetics research and a pioneer in photochemical research [Haichuan. Chemical Industry Pioneer] 07 Shen Kuo__ Historical records record the first person to process petrochemical products [Haichuan. Chemical Industry Pioneer] 08 Chen Junwu - the founder of China's catalytic cracking engineering technology [Haichuan. Chemical Industry Pioneer] 09 Tang Aoqing - the pioneer and founder of modern theoretical chemistry with students all over the world [Haichuan. Chemical Industry Pioneer] 10 Guo Musun - the pioneer of China's fluid chemistry research [Haichuan. Chemical Industry Pioneer] 11 Li Shouheng - the founder of China's first chemical engineering department

R&D direction-------------------------------------------------------------------------------- Specializes in physical chemistry and attaches great importance to interdisciplinary subjects, focusing on the introduction of electronic technology, computer technology, quantum chemistry, spectroscopy technology and the application of mathematics and physics to electrochemistry. The research field has expanded from electrochemistry to photoelectrochemistry, electrochemical scanning tunneling microscopy technology, three-dimensional micro-machining technology, biochemical chip laboratory and quantum electrochemistry, etc. In recent years, scientific research projects under development or completed include new three-dimensional processing technology, the upgrading of controlled potential electrochemical detection systems, microprocessing of high-efficiency capillary electrophoresis chips, and enrichment biochips. The first phase-selected luminescence measurement method and phase-selected detection method for measuring instantaneous AC impedance. Using electrochemical principles, we successfully designed a new generation of ion chromatography suppressors and scanning microelectrode technology for measuring local corrosion, and successfully developed the first domestic electrochemical comprehensive tester and put it into production. Honors and Awards----------------------------------------------------------------------------- Won the first prize for scientific and technological achievements of the Fourth Ministry of Machinery Industry and the first prize for scientific and technological achievements of Fujian Province. * * First Prize of the Science and Technology Progress Award of the Education Commission, * * Third Prize in Natural Science, * * Third Prize for Invention, Lu Jiaxi Chemistry Award, Fujian Province Science and Technology Major Contribution Award, etc. Won the title of National May 1st Labor Medal, National Advanced Educator, National Advanced Worker in Colleges and Universities, etc. Representative works of publications----------------------------------------------------------------------------- Published more than 150 papers, won * * More than 20 invention patents. As the first completer, he won * * Third Prize in Natural Science, * * Third Prize for Invention, * * There are six awards at the ministerial level or above, including the First Prize of the Education Commission’s Scientific and Technological Progress Award.

Tian Zhaowu: Serving the country, the people, serving the society: From February 1982 to September 1989, in the summer of 1945, Tian Zhaowu was admitted to the Department of Chemistry of Xiamen University with excellent results. He studied under Lu Jiaxi, Qian Renyuan, Cai Qirui and other famous scientists. He not only learned professional knowledge of chemistry, but also understood the essence and essentials of famous teachers' scholarship, which laid the foundation for future scientific careers and eventually became one of the founders of modern electrochemistry in my country. In 1980, Tian Zhaowu was elected as a member (academician) of the Chinese Academy of Sciences, becoming the youngest member of the Chinese Academy of Sciences at that time. Two years later, he was appointed by the Premier of the State Council as president of Xiamen University, becoming the first scholar to serve as president after the Cultural Revolution. During Tian Zhaowu’s tenure as president, Xiamen University established the Graduate School of Physical Chemistry of Solid Surfaces and * * Key laboratories, Xiamen University Press, School of Political Science and Law, School of Economics, School of Technical Sciences, School of Art Education, and International Education Center have strengthened foreign language and computer teaching, actively transformed old majors, and created a series of new departments and new majors. Mr. Tian appoints people based on merit. Professor Wan Huilin, whom he promoted in an exceptional manner, was later elected as an academician of the Chinese Academy of Sciences. During his tenure, he also attached great importance to foreign exchanges. Xiamen University has established exchange and cooperation relationships with 26 international universities and sent more than 720 teachers and graduate students abroad. After resigning as principal, Tian Zhaowu served as the professor of solid surface physical chemistry of our school. * * The first director of the Key Laboratory, he founded the national comprehensive electrochemistry journal "Electrochemistry". In order to expand international academic exchanges and provide more young people with the opportunity to participate in international conferences, Tian Zhaowu used his position and influence in international academic organizations to strive for China to host international academic conferences. In 1995, when the 46th Annual Meeting of the International Electrochemical Society was held in Xiamen, nearly 2,000 people attended. Today, Mr. Tian Zhaowu, who is in his eighties, is still active in the front line of scientific research with a sense of responsibility for the country and society. In 2009, Tian Zhaowu initiated the "Tian Zhaowu Interdisciplinary Award Fund". He and his research team invested RMB 800,000 to reward Xiamen teachers and students who have made outstanding contributions to the interdisciplinary field.

study* . . . study * . . . .

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I have never understood "electrochemistry" very well. Tian Zhaowu graduated from the chemistry major, so how did he take "physical chemistry" as his research direction? How to create "electrochemistry"?

Electrochemistry is a subdivision of physical chemistry. I don’t understand it anyway.

Is electrochemistry a part of physical chemistry?

Searched: Electrochemistry is the science that studies the phenomenon of the charged interface formed by two types of conductors and the changes that occur on it. The interaction between electricity and chemical reactions can be accomplished through batteries or through high-voltage electrostatic discharge (for example, oxygen is converted into ozone through a silent discharge tube). Both are collectively called electrochemistry, and the latter is a branch of electrochemistry, called discharge chemistry. Since discharge chemistry has its own name, electrochemistry often refers specifically to "the science of batteries." Electrochemistry has now formed multiple branches such as synthetic electrochemistry, quantum electrochemistry, semiconductor electrochemistry, organic conductor electrochemistry, spectroelectrochemistry, and bioelectrochemistry.