The Master of Applied Chemistry now has a team of high-quality teachers with reasonable age structure and 7 graduate tutors. Among them, there are experts 1 person who enjoy the special government allowance of the State Council, 4 professors and 3 associate professors. There are many tutors who are reviewers of well-known publications at home and abroad, reviewers of national and Hunan Natural Science Foundation newsletters, reviewers of national excellent course newsletters, and experts in judging national and provincial science and technology awards.
Master of applied chemistry puts the cultivation of high-quality talents in the first place and actively carries out scientific research and teaching research. In the past five years, he has presided over more than 20 national defense basic research, national science and technology plan projects, national natural science foundation projects and provincial and ministerial projects during the Eleventh Five-Year Plan period, and won more than 4 million yuan in scientific research funds; Won the first prize of national defense science and technology progress in Hunan province, the third prize of provincial technological invention, the first prize of provincial teaching achievement and other achievements; Nearly 200 papers have been published, of which more than 80 are included in SCI. Authorized many national invention patents 10. He has successively completed more than one 10 teaching reform project of the Ministry of Education and Hunan Province, published 8 textbooks and monographs, won a national excellent course, and won the first prize and the second prize of teaching achievements in Hunan Province.
The Master of Applied Chemistry enthusiastically serves the local economic construction and actively engages in scientific research. After years of efforts, it has formed frontier scientific research directions such as electrochemical energy storage and conversion, organic/polymer photoelectric functional materials and their molecular devices, fine chemical synthesis, nano-functional materials, polymer metal complexes and so on.
Second, the training objectives
The purpose of this major is to cultivate students to meet the needs of scientific, technological, economic and social development in the 2/kloc-0 century, to promote students' all-round development in morality, intelligence and physique, and to shape compound senior professionals in applied chemistry with high quality, innovative spirit, practical ability and international vision. Achieve the ability to independently engage in scientific research, technology development, management and teaching. Master a foreign language, be proficient in reading foreign books and periodicals and writing academic papers.
Third, the professional direction
1, applied electrochemistry
The subject of electrochemistry is to study the mutual transformation between electrical energy and chemical energy. It is an interdisciplinary subject as well as an interdisciplinary one. Its disciplinary nature determines that the development of electrochemistry is closely related to the development of modern science and technology. Especially in the 2 1 century, electrochemical science and technology played an increasingly important role in various high-tech and sophisticated fields, and formed the development direction of many systems, including: material electrochemistry, energy electrochemistry, microelectronic electrochemistry, bioelectrochemistry, environmental electrochemistry, semiconductor photoelectrochemistry, organic electrochemistry, corrosion electrochemistry and so on.
Energy storage and conversion based on electrochemistry plays an important role in new energy structure. In this direction, combined with the national medium-and long-term scientific and technological development plan, around the key theory and technology of electrochemistry, we will study new power sources and advanced energy storage materials with high efficiency, environmental protection and high cost performance, optimize the design of high-performance electrodes, and develop advanced chemical power sources. Through the close combination of Industry-University-Research, the rapid transformation of electrochemical energy storage and transformation scientific and technological achievements will be promoted.
Main research fields: (1) controllable preparation and structure-activity relationship of advanced electrochemical energy storage materials; (2) Research on new high performance electrolyte; (3) Study on the mechanism of charge transfer in the electrode process; (4) Advanced process manufacturing and integration technology of chemical power supply.
2, fine chemicals synthesis and new technology
The synthesis of fine chemicals and new technology are interdisciplinary, relying on chemistry, chemical engineering, materials and other disciplines, which is the most dynamic and promising field closely related to the development of high-tech industries. Teaching and scientific research involves chemical industry, new materials, new energy, modern medicine, efficient and harmless pesticides, petroleum, information technology and environmental protection.
In scientific research, active frontier academic activities provide an effective platform for cultivating students with strong practical ability and active innovative thinking. It involves the research and development of photocatalytic reaction and its environmental protection technology, the synthesis and preparation of organic dyes, medicines and their intermediates, and the synthesis of functional fine chemicals, coatings, adhesives and additives with photoelectric response, and has achieved fruitful results.
3. New chemical materials
This research direction has achieved fruitful results in the fields of molecular design, synthesis and application of new materials, preparation and performance research of carbon nanotubes and carbon nanowires. It has formed distinctive characteristics in the research fields of molecular construction of organic/polymer electroluminescent materials, organic/polymer photovoltaic materials and their solar cells, and the structure-activity relationship of organic/polymer functional materials, and has formed a scientific research and innovation team with certain influence at home and abroad.