Chemistry and physics of polymers
The discipline of polymer chemistry and physics belongs to the key construction discipline of the School of Chemical Engineering and Pharmacy of Henan University of Science and Technology. It has a master's degree awarding point in polymer chemistry and physics, and is a key discipline in Henan Province and a later discipline in distinguished professor. At present, the members of the echelon are 2 1 person, including 4 doctors 1 person (including 3 students under study), 5 masters, and double-employed academicians1person.
This subject focuses on polymer synthesis, preparation and structural characterization of organic materials, and adopts the latest technology and advanced analysis and testing methods in this field and related disciplines. On the basis of multi-disciplinary cross-infiltration, research in three main directions has been carried out: (1) research on high performance of polymers; (2) Synthesis and application of new polyurethane materials; (3) Study on synthesis and application of functional polymers. After years of development and accumulation, it has formed distinctive characteristics, especially the research on polymer nanocomposites has obvious advantages among peers.
Topics include "Polymer Science and Nanotechnology Laboratory of Henan University of Science and Technology/Academician Li Junxian Laboratory" and "Luo Yang Key Laboratory of Polymer Nanocomposites". The laboratory has HAAK rheometer, thermal analyzer, infrared spectrometer, universal material testing machine, reaction injection molding machine (RIM) and a complete set of polymer processing equipment.
The discipline research team has obvious advantages in academic structure, such as the combination of the old and the young, the combination of high school and low school, showing the trend of passing on, helping, bringing and sustainable development. Most members of the team have been engaged in academic work for several years under the guidance and leadership of Academician Li Junxian. Long-term cooperation has formed a research team with cohesion and innovative spirit.
The discipline attaches importance to foreign exchange and cooperation, and to the combination of Industry-University-Research. It has successively signed cooperation agreements on personnel training and scientific research with Beijing Institute of Chemistry of China Academy of Sciences, Luoyang Liming Institute of Chemistry, China Pingdingshan Shenma Group, China Petrochemical Luoyang Refinery and other scientific research units and enterprises.
Professor Zhang Yuqing is the leader of "Polymer Chemistry and Physics" in Henan University of Science and Technology, and the director of "Polymer Science and Nanotechnology Laboratory/Academician Li Junxian Laboratory" and "Luo Yang Key Laboratory of Polymer Nanocomposites". Under the guidance of Academician Li Junxian, the personnel of the discipline echelon have carried out fruitful work in the fields of high-performance polymer technology and functional polymer synthesis and application, and achieved remarkable results. At present, more than 200 papers have been published in this subject, of which 50 are included in SCI and EI. It has undertaken nearly 30 projects, including 2 major projects at the provincial and ministerial levels, with research funding exceeding 3 million yuan.
Second, the academic team.
There are 2 1 person in this subject, including professor 1 person, associate professor 14 person, experimenter 1 person, and 5 lecturers.
Third, the academic backbone
(Professor), Song Wensheng (Associate Professor), Niu Yongping (Associate Professor), Peng (Associate Professor), (Associate Professor), (Associate Professor).
Fourth, doctoral supervisors.
Zhang Yuqing
Five, master tutor
Song Wensheng, Niu Yongping, Peng,,, Zhou Huiyun.
chemical process
This subject is jointly established by the Institute of Chemical Engineering and Pharmacy of the former Ministry of Chemical Industry and the Dawn Institute of Chemical Industry. It is a key construction subject in our school and a provincial key subject. After years of development, it has formed distinctive research characteristics in the chemical research of natural products, including separation technology, semi-synthesis and total synthesis design of new compounds, extraction technology of organic functional compounds, and development and research of green new energy.
This discipline focuses on concise discipline direction, closely combines the advantages of regional scientific and technological research and the development potential of major local economic construction, and establishes and rapidly promotes its own discipline status. The discipline has domestic first-class scientific research equipment, an expert academic team with professors (including professor-level senior engineers) as the group, and has been maintaining extensive academic exchanges with domestic and foreign peer experts. In the past five years, this direction has undertaken a number of national, provincial and ministerial projects; Published more than 100 academic papers in academic journals at home and abroad, including more than 40 articles included in SCI; It has obtained 6 national invention patents and obtained many basic applications and applied research results.
Second, the academic team.
There are 23 people in this subject, including 5 professors, 8 associate professors, 1 senior experimenters and 8 lecturers. There are 4 returned overseas students, cross-century academic leaders in Henan Province 1 and 2 backbone teachers in Henan Education Department. There are 17 doctors and 12 masters in the academic team. The academic team of chemical technology discipline has a reasonable structure and extensive academic relations, forming an excellent team combining Industry-University-Research.
Third, the academic backbone
Yin Weiping, Liu Zhen, Liang Ju, Liu, Zhao Shuang, Guo, Ren Yunli, Lu Benlian, Duan.
Fourth, the main research direction
1. research and development of natural products and technologies: based on the natural resources in Funiu mountain area, the extraction, separation, structural identification and biological activity research of natural products are carried out.
2. Chemical separation and process optimization: Based on the principle of chemical separation, carry out the research on modernization and standardization of traditional Chinese medicine, especially through the research on the extraction and separation process and quality control of plant medicine, so as to realize the optimization of related chemical separation processes and processes, so as to achieve the ultimate goal of optimal utilization of resources and sustainable development.
3. Renewable new energy chemical industry: The main research content of this research direction: (1) using biomass (such as straw, etc.). ) as the object, the technological process and strengthening way of transforming it into clean energy (such as ethanol, hydrogen, etc.). ) has been studied; (2) Using green solvent ionic liquid as medium, the pretreatment method of biomass lignocellulose was studied, and the promotion and mechanism of external fields (such as microwave, ultrasonic and temperature) were discussed. (3) Development of hydrogen storage materials, discussion of hydrogen storage mechanism and control of adsorption and desorption process.
4. Development of fine chemicals: With modern experimental technology and basic organic and inorganic chemical products as raw materials, research and development of high value-added fine chemical products, mainly including synthesis, preparation and technology of energetic compounds and propellants.
5. Polymer chemistry: based on industrial basic organic chemical products and agricultural and sideline products, research and development of new high-energy compounds, including the design and synthesis process of special functional molecules.
Five, master tutor
Yin Weiping, Liu Zhen, Liang Ju, Guo, Wang Zhongdong.
Scientific research on intransitive verbs
The main research contents of this topic: the extraction and separation technology of natural products; Research on quality control of natural products: separation, purification and characterization of chemical reference materials of Chinese herbal medicines; research on synthesis technology of fine chemicals; research on new technology of preparing fuel ethanol and hydrogen energy from lignocellulose by ionic liquid; synthesis, preparation and technology of energetic compounds and propellants; Development of high performance polymer materials.
In recent five years, a total of 109 academic papers were published, of which 40 papers were included in SCI. There are 36 academic conference exchange papers, including 3 international conferences. As a special representative, he reported 1 papers at the main venue of the international conference. More than 10 famous foreign professors, 6 domestic academicians and 10 experts and professors from well-known universities were invited to give lectures, creating a strong academic atmosphere closely following the world's forefront.
In the past five years, 8 projects have passed provincial appraisal, 6 invention patents, 3 monographs and 3 teaching materials have been published. At present, the four identified projects have been transformed and implemented, and have produced good economic benefits.
The research team led by Professor Yin Weiping cooperated with Henan Biotechnology R&D Center and Zisheng Science and Technology Development Company in Luoyang High-tech Zone, followed the road of combining Industry-University-Research, and with the strong support of the local government, devoted itself to the research and development of medicinal plants and insect resources in Funiu Mountain area of China for a long time, and successively established the important exhibition hall of Chinese herbal medicine standards in Funiu Mountain area, the national exhibition hall of chemical reference materials for Chinese herbal medicines and the laboratory of chemical reference materials for terrestrial medicinal plants, so as to realize the optimal utilization and sustainable development of resources and promote local economic development.
applied chemistry
Applied chemistry is a comprehensive engineering chemistry discipline formed by interdisciplinary, infiltration and integration, and it is one of the disciplines that have developed rapidly in the field of chemistry and chemical engineering in recent years. In modern chemical production, how to achieve high efficiency, energy saving, environmental protection and green sustainable development has become the primary goal of applied chemistry research. This topic is mainly based on the basic principles of chemical engineering, combined with the actual chemical production, to seek new ways and methods to solve production technical problems. This discipline is jointly established by the School of Chemical Engineering and Pharmacy and the Dawn Institute of Chemical Industry of the former Ministry of Chemical Industry, among which the research on chemical propellants is at the leading level at home and abroad.
The main research directions include: research and application of inorganic and biological functional materials, research of new environmental technologies and processes, research and application of energetic materials and high-performance polymer technologies.
In recent years, based on some important systems in life, materials and environmental science, this discipline has carried out thermodynamic research, spectral research, theoretical research and computer simulation research around the nature of weak interaction and the relationship between weak interaction and the macroscopic characteristics of liquid functional systems. These works have a high academic level and have a certain influence in the world. Other research directions focus on applied research with distinctive characteristics in China.
Second, the academic team.
Applied Chemistry 12, including 3 professors and senior engineers, 4 associate professors and 6 lecturers. There are 8 doctors and 4 masters in the academic team. A dynamic academic team with reasonable professional title structure, educational background structure, age structure and knowledge structure has been formed.
Third, the academic backbone
Zhang Jun, Dong Tieyou, Li Mei, Zhu Calligraphy, Song Wensheng, Wang Xinde
Fourth, the main research direction
The current research direction of this topic mainly includes the following aspects:
1. Research and application of inorganic and biological functional materials: focusing on the synthesis and application of artificial bone and the research and development of new hydrogen storage materials, focusing on the preparation, structure and performance test and application efficiency evaluation of the above new functional materials.
2. Research on new environmental technologies and new processes: mainly using chemical methods as the main means, focusing on green new technologies and new processes for water pollution control and waste treatment and recycling, so as to achieve the purpose of environmental pollution control and comprehensive utilization of waste.
3. Research and application of energetic materials: screen and study the raw materials, additives and catalysts of solid chemical propellants, synthesize new chemical propellants by using new technologies and methods, and explore specific applications. 4. High-performance polymer technology: adopting new technology and new process, giving high praise to tradition.
Five, master tutor
Zhang Jun, Dong Tieyou, Li Mei, Zhu Calligraphy, Song Wensheng, Wang Xinde
Scientific research on intransitive verbs
In recent years, the applied chemistry discipline has completed and is studying scientific research projects 13, including fund projects, scientific and technological key projects, national military projects, provincial key projects and horizontal projects. The total research funding is several million. Driven by these projects and funds, the discipline has made outstanding achievements in basic research and applied research.
organic chemistry
Organic chemistry is a science that studies the origin, preparation, structure, properties, applications and related theories of natural organic products and bioactive molecules, metals and elemental organic compounds. This master's degree is jointly established by our school and Luoyang Liming Institute of Chemistry. Among them, it has characteristics in the separation, structural identification and synthesis of effective chemical components and microbial metabolites of Chinese herbal medicines, structural transformation of chemical methods and synthesis of new compounds.
Main research interests: natural organic chemistry, organic synthetic chemistry, organic reaction chemistry, organic material chemistry, metal organic chemistry, etc.
Second, the academic team.
There are 12 students in this discipline, including professors 1 person, 7 associate professors and 3 lecturers. Two people returned from studying abroad, including the cross-century academic leader of Henan Province 1 person and the backbone teacher of Henan Education Department 1 person. There are 7 doctors and 3 masters in the academic team. The structure of undergraduate academic team is reasonable, forming an excellent team combining Industry-University-Research.
Third, academic leaders.
Yin Weiping, Ren, Zhang Junkai
Fourth, the main research direction
1. natural organic chemistry: this direction is mainly engaged in the extraction, structural analysis and total synthesis of natural products with physiological activities, looking for natural drugs and modifying and transforming the molecular structure of drugs, which further provides theoretical basis for the synthesis of new drugs.
2. Organic synthetic chemistry: mainly take natural products with physiological activity as target molecules, design synthetic routes for full synthesis, and provide enough chemical samples for further study of physiological activity and structure-activity relationship.
3. Organic reaction chemistry: The classical organic chemical reactions are improved by using new reagents, new media and new catalysts to improve the yield, chemical selectivity, regional selectivity and stereoselectivity of organic reactions.
4. Chemistry of organic materials: building monomers with different substituents or functional groups through organic reactions, and conducting polymer reactions such as polymerization and copolymerization to prepare functional organic polymer materials.
5. Metal organic chemistry: based on the preparation of new organometallic compounds, it provides efficient chiral catalysts for organic asymmetric reactions; With the help of asymmetric catalysis, a simple and efficient synthetic route was designed for the synthesis of chiral compounds.
Five, master tutor
Yin Weiping, Ren, Zhang Junkai,
Scientific research on intransitive verbs
Luoyang Natural Products Extraction, Separation and Engineering Center, Luoyang Key Laboratory of Polymer Nano-new Materials.
Main research contents: extraction, separation and characterization of natural products; Study on total synthesis of natural products with physiological activity: study on synthesis and characterization of functional organic polymer materials: study on organic chemical reaction: study on synthesis and application of organometallic catalysts: study on simulation and calculation of organic chemical reaction process.
pharmacology
Pharmacology is the basic discipline of pharmacy and medicine, which provides the basic theory for clinical rational drug use and disease prevention. Its task is to clarify the mechanism of drug action, improve the quality of drugs (improve curative effect and reduce toxicity), develop new drugs, find new uses of drug action, and explore the physiological, biochemical and pathological processes of cells. Based on physiology, biochemistry and molecular biology, pathology and immunology, taking animals and their isolated organs, cells and biological macromolecules as the research objects, its method is experimental, that is, observing the law of action of drugs on the body and analyzing its objective action principle under strictly controlled conditions, which is one of the most active frontier disciplines in pharmacy and life sciences at present.
Second, the academic team.
There are 9 faculty members in this discipline, including 2 professors, 3 associate professors, 3 lecturers and experimenters 1 person. 2 people who have returned from studying abroad and are studying abroad. There are 5 doctors and 4 masters in the academic team.
Third, the academic backbone
Yin Weiping, Wang Jiangang, Liang Ju, Li Jun, Zhou Huiyun.
Fourth, the main research direction
1. Pharmacological research of traditional Chinese medicine This research direction mainly relies on the cellular and molecular basis of pharmacology of traditional Chinese medicine, focusing on screening active components of monomers or compounds with novel action targets and low toxic and side effects from traditional Chinese medicine, and exploring the relationship between their chemical structures and pharmacology and their metabolic patterns in vivo.
2. The analysis of effective components of traditional Chinese medicine is mainly to analyze and detect the chemical components of local authentic medicinal materials, especially the Funiu Mountain plant medicine, and extract its fingerprint, so as to provide reliable basis for drug production technology and quality control.
3. Research and development of new drugs from insects This direction is mainly devoted to the research and development of new antibiotics and new tumor-targeted drugs. Its research object is local medicinal insects.
Five, master tutor
Yin Weiping, Wang Jiangang, Liang Ju, Li Jun, Zhou Huiyun.
Scientific research on intransitive verbs
This discipline is a key discipline in our school, and has formed several stable and distinctive research directions, mainly including the research on liver protection and new drug development of medicinal plants in Funiu Mountain, and the research and discovery of new antibiotic compounds and anticancer components in insects. At present, it undertakes 6 provincial and municipal scientific research projects, more than 20 papers are included in SCI, and 7 graduate students are trained. Graduates go to foreign companies, universities, research institutes, go abroad for further study and study for doctoral degrees. The experimental equipment is complete, including: ultraviolet spectrometer, fluorescence spectrometer, high-pressure liquid chromatography system, CO2 supercritical extractor, high-speed freezing centrifuge, ultra-low temperature refrigerator, elemental analyzer, thermal analyzer, 500MHz nuclear-mass spectrometry (LC-NMR), infrared spectrometer, inverted fluorescence microscope, biochemical incubator, clean workbench, constant temperature shaker, CO2 incubator, gel imaging system and protein electrophoresis system. Chemical engineering and technology
pharmaceutical engineering
environmental engineering