Peng Jun s main scientific research achievements, Peng Jianbing s academic and scientific research a

He has successively presided over large-scale scientific research projects such as the National Natural Science Key and 973, and has published 7 academic monographs in Science Press and other publishing houses, including 4 as the first author, and published more than 130 articles in the first academic journals of Science Bulletin, Journal of Engineering Geology and **Geology. He has won one second prize of the National Science and Technology Progress Award (2012) and four first prizes, two second prizes and two third prizes of the provincial and ministerial scientific and technological achievements. Graduate students are recruited in the direction of ** engineering and regional stability, rock mass engineering, geological disaster prevention and control, etc.

Doctoral students are recruited in the fields of regional stability of major projects, rock mass engineering, geological disaster prevention and control, and urban engineering geology.

He has presided over or researched more than 10 longitudinal projects such as "Design and Implementation of Secure JPEG2000 Image Coding System Based on Chaotic Cryptography", "Research on Information Confidential Transmission System Model Based on Spatiotemporal Hyperchaotic Neural Network", "Information Security of Internet Synchronized by Spatiotemporal Hyperchaotic Neural Network", etc. He has published a total of 48 papers in important domestic core journals such as Computer Research and Development, Computer Science, Journal of Electronics and Information Technology, and international academic conferences such as ICCI'08, CIS-RAM'08, ICNC'08, WCICA'08, and ICCCAS'06. Among them, 17 articles were indexed by the three major indexes of SCI EI ISTP. At present, the main research directions of interest are:

applied research on chaos theory; cryptography and information security; Digital image processing.

Peng Jun has been engaged in the research of polyacid chemistry and inorganic materials chemistry for many years, and has published about 80 articles, some of which have been cited in international core journals, contributing to expanding the influence of China's polyacid research in the world. From 1995 to 1996, he was invited by the Italian National Advisory Committee (Institute of Chemical Materials) to participate in the research of the European Community-funded international cooperation project (DGXII) "New Molecular Conductors". From 1999 to 2000, he was a visiting scholar in the Gatteschi Laboratory of the University of Florence, Italy, where he conducted research on the synthesis of molecular magnets. From October to December 2004, he did collaborative research on the magnetic properties of multi-acid metal-coordination polymer solid materials at the Institute of Molecular Materials Science, University of Valencia, Spain. He has presided over and completed 1 national natural science ** project; 2 basic application research projects of Jilin Provincial Science and Technology Commission; He has participated in and completed a number of national natural science projects.

He has won 3 Changchun Invention Awards, 3 Jilin Provincial Outstanding Awards, 1 third prize of Science and Technology Progress Award of the State Education Commission, and 1 second prize of the Natural Science Award of the National Science and Technology Award nominated by the Ministry of Education. In the past five years, he has published 35 SCI articles and won 1 Chinese invention patent. He has supervised 6 doctoral students (3 of whom have obtained doctoral degrees) and 16 master's students (10 of whom have obtained master's degrees).

At present, he continues to conduct in-depth research on cantilever polyacid derivatives, and has established a stable co-operation research relationship with the School of Chemical Engineering of Changchun University of Technology and the Institute of Molecular Materials Science of the University of Valencia, Spain. He teaches undergraduate courses such as "Basic Chemistry", "English for Chemistry Majors", "Brief History of Chemistry", graduate courses such as "Advanced Inorganic Synthesis Experiment", "Advanced Inorganic Chemistry", and "Advanced Inorganic Chemistry" of Northeast Normal University. Participated in the compilation of the textbooks "Inorganic Chemistry Experiment" and "Chemical Synthesis Experiment" of the 15th Higher Education School.

The textbooks he has written include "English for Chemistry and Chemical Engineering" and "Advanced Inorganic Chemistry Experiment". In 2006, he presided over the completion of the key project of higher education teaching and research in Jilin Province, "Research on University Inorganic Chemistry Network Education".

She has won the Outstanding Teacher Award of Huawei Education and the Outstanding Teacher Award of Baosteel Education, as well as the Outstanding Communist Party Member of the Academy and the Advanced Female Teacher of the School. His research interests include polyoxometallic oxygen cluster chemistry, supramolecular chemistry and materials chemistry.

Coordination chemistry of polyoxometallic oxygen clusters and chemistry of materials. Polyoxocarbonic oxygen clusters have attracted more and more attention due to their structural diversity and modifierability, as well as the tunable denaturability of physical and chemical properties, and have developed rapidly in the past two decades, and have become a hot spot in the interdisciplinary research of inorganic chemistry and organic chemistry, materials chemistry, biochemistry and other disciplines. According to statistics, the literature and patents related to the application research of polyoxometallic oxide clusters involve 20 aspects, such as corrosion-resistant films, waste treatment agents, exhaust gas absorbers, ion exchangers, sensors, dyes, electrodes, batteries, optoelectronic devices, catalysis, medicinal chemistry, food chemistry, clinical analysis, and pulp bleaching.

At present, the research on polyoxocarbonic oxygen clusters is developing in the direction of combining with high and new technology. For example, polyoxometal oxygen clusters are hybridized with organic molecules to prepare functional nanomaterials, composite membrane materials, composite porous materials, etc. These new materials will have potential application prospects in optoelectronic devices, medicine and health, environmental protection, etc.

Therefore, the continuous efforts in the chemical and biological activity of polyoxometallic oxide cluster materials will surely lead to rich scientific research results.

1 Molecular Design, Assembly and Functionalization of Cantilever Polyacid Derivatives, National Natural Science of China** (Grant No.: 20711011), 2003-2005, PI. Done.

2 Cantilever derivatization of multi-abducted polymetallic oxygen clusters, National Natural Science of China** (Grant No.: 20671016), 2007-2009, PI.

3 Synthesis and properties of arm-type polyacid derivatives and their pore-forming materials, State Key Laboratory of Inorganic Synthesis and Preparative Chemistry, Jilin University (Grant No. 2002-004), 2003-2004, PI.

4 Study on the grafting and shearing reaction of polyoxometallic oxygen clusters and bioactive organic molecules by paramagnetic probe method, Study Abroad Committee of the Ministry of Education (Project Approval No.: Jiaowai Siliu [2001] No. 345), 2001-2003, PI.

5.Research and Development of Anti-AIDS Drugs for Hexadoacids, Major Project of the Ministry of Education (Project Approval No.:), 2000-2003, Participant (Third Place).

6.Development of compound oxide bleach, Jilin Provincial Science and Technology Commission (project approval number: Jike Hezi No. 990554-2), 1999-2001, person in charge, completed.

7.Synthesis and Properties of Novel Functional Materials 1-Substituted Heteropolyacid Ginseng Polyphenyline, National Natural Science ** (Project Approval No.: 29671004), 1997-1999, Participant (Second Place), Completed.

8.Novel Molecular Conductors, EC (grant number: DGXII), 1995-1997, collaborator abroad (led by: Institute of Chemical Materials, Rome, Italian National Research Council), completed.

9.Synthesis and Catalytic Activity of Inorganic Metal Flutterline and Its Peroxide, National Natural Science ** (Grant No.: 19471009), 1995-1997, Participant (Third Place), Completed.

10 Preparation of powdered sandalwood musk by replacing sulfuric acid with solid acid, Natural Science**, Jilin Provincial Science and Technology Commission, 1994-1996, person in charge.

11 Research on Inorganic Chemistry Network Education in Universities, Key Research Project of Higher Education Teaching Research in Jilin Province, Jilin Provincial Department of Education, 2003-2005, PI.

12.Key Project of Foreign Cultural and Educational Experts: Inorganic-Organic Hybrid Electromagnetic Bifunctional Molecular Materials (Project No. 2005, 0360) of the State Administration of Foreign Experts Affairs.

He is mainly engaged in the theory, method and application research of artificial intelligence, information management system and application software technology, computer control and intelligent sales, advanced manufacturing technology, wireless sensor network, multi-sensor data fusion, application-specific integrated circuit and system design, and teaching work in computer measurement and control, embedded system development, software design and integrated circuit design. He has published more than 20 academic articles in professional journals, including 1 SCI index, 1 EI index, and 17 CSCD papers. He has presided over and participated in 1 national project and 2 provincial and ministerial research projects.

Won 1 third prize of provincial and ministerial science and technology progress award; He was rated as an excellent teacher and an advanced individual at the school level twice. It has established a school-enterprise cooperative relationship with relevant enterprises in Wuxi New Area Science and Technology Cooperation Park for project development and master's training.