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Research achievements of Dalian Institute of Chemical Physics, Chinese Academy of Sciences
Award-winning profile: From 1956 to 20 14, Dalian Institute of Chemical Technology has obtained more than 800 scientific research achievements and won more than 240 provincial and ministerial awards, including 90 national awards and 79 first prizes of Chinese Academy of Sciences and provincial and ministerial awards. 20 13, academician Zhang Cunhao won the highest national science and technology award; 20 14 "technology for producing low-carbon olefins from methanol" won the first prize of national technological invention.

By the end of 20 14, Dalian Institute of Chemical Technology had applied for 5,564 patents, of which 525 were invention patents and 2 199 were granted, including 25 invention patents and more than 350 foreign patents were applied in China, including 2/kloc-0 PCT patents.

Award-winning (department): the name of the award-winning year is mainly filled in by the winner. The award-winning category is 20 13. Molecular reaction dynamics studies Zhang Donghui. Yang and others won the first prize of Liaoning Natural Science Award 20 13 Basic research on the application of electrocatalyst in direct alcohol fuel cells Sun Gongquan and others won the first prize of Liaoning Natural Science Award 20 13 Electrochemical interface and process research of proton exchange membrane fuel cells Shao Zhigang and others won the second prize of Liaoning Natural Science Award 20 13 Industrial technology and application of all-vanadium flow battery. Second Prize of Liaoning Technological Invention Award 20 13 Preparation of Glycerol by Catalytic Conversion 1, 2- Propylene Glycol Technology Jeff and other third prize of Liaoning Technological Invention Award 20 13 Research and development of multi-stage porous crystalline molecular sieve catalyst and its application in clean oil production technology: Xu Long and other Liaoning Scientific and Technological Progress Award 20 13 Zhang Cunhao National Highest Scientific and Technological Award 20 13 Third prize of modern catalytic research methods 20 1 3 Practical Manual of High Performance Liquid Chromatography Third Prize of Dalian Scientific Works Award 20 13 Patent Excellence Award of a method for directly hydrating low-carbon olefins to produce low-carbon alcohols 20 13 Special Prize of Science and Technology Progress Award of Liu Petrochemical Federation for the development and application of complete industrialization technology of Shenhua Baotou coal-to-olefin demonstration project. Efficient separation and characterization of complex biological samples. Zou Hanfa and other national natural science awards. 20 12 high-performance all-vanadium flow energy storage battery, low-cost fluorine-free ion exchange membrane material Zhang Huamin, etc. Liaoning Technological Invention Award 20 12 Sun Lixian et al. Liaoning Science and Technology Progress Award 20 12 Marine Engineering Science and Technology Award 20 12 Bao Xin He Bao Xin He Heli Award 201KLOC-0/Method for Producing Low-carbon Olefins from Methanol and/or Dimethyl Ether Qi Yue, Liu and Lu Zhihui's Patent Gold Award 20/KLOC. Patent Excellence Award of Titanium Liu and Yang Shouhai 20 1 1 A Hydroisomerization Catalyst and Its Preparation Method Patent Excellence Award of Tian Zhijian and Hu Shenghe (partial);

Patent Name Patent Category Application Date Authorization Date Inventor Intelligent Software Invention for Monitoring High-risk Chemicals by Ion Mobility Spectrum 20 13. 1 0.292013.12.02 Inventor of Intelligent Software for Monitoring High-risk Chemicals by Differential Mobility Spectrum 2013.1 0.2065438 invention of glycosylation site and structure identification software 2065438 invention of negative ion detection time-of-flight mass spectrometer detector 2013.07.012013.1 2. 04 Invention of Li Haiyang Light Source and Small Aperture Coaxial Collimator+03.06.08888886.082013.1.20 Deng Liezheng+03.04.1820/kloc-. .06 Software Invention of Wang Xinxin protein Coarse Particle Size Calculation Method Based on Three-dimensional Space Electrostatic Potential Reconstruction 2013.03.3438+03.05+00.5000500606 2013.03.26 Invention of Purification Device for Producing Ethanol by Biofuel Cell.

From 20 12 to the end of 20 14, Dalian Institute of Chemical Technology has determined and improved the "135" plan of the college, namely, a positioning: "Take the National Laboratory of Clean Energy as a platform, adhere to both basic research and applied research, and continuously provide major innovative theories and technological achievements in the field of clean energy, such as optimal utilization of fossil resources, efficient conversion of chemical energy and renewable energy. ; Four breakthroughs: "the new technology of replacing oil with coal, the key technology of high-efficiency conversion of chemical energy by WQZB, the important scientific problems of clean energy-related elements and catalytic reaction, and the key materials and new technologies of liquid flow energy storage"; Seven key cultivation directions: "key technologies for clean conversion and high-value utilization of hydrocarbons, key technologies for energy conservation and emission reduction in chemical processes, key materials and technologies for fuel cells and hydrogen energy, technologies for efficient conversion and utilization of biomass energy, technologies and technologies for solar photochemical conversion, biological analysis and biotransformation, and environmental monitoring technologies and equipment". 1950-20 14900, of which 2,859 published papers have an impact factor greater than 3; According to the research institute official website in June of 20 15, since the implementation of the knowledge innovation project, the research institute has published 8304 SCI papers, more than 200 academic papers in academic journals such as Science, Nature, Angew, Chem and JACS, and 59 scientific and technological monographs.

China Journal of Catalysis was published in March 1980. It is an academic publication sponsored by chinese chemical society and Dalian Institute of Chemical Physics, Chinese Academy of Sciences, and published by Science Press. Chinese chemical society Catalytic Professional Committee. This paper mainly reports the latest basic and applied research results in the fields of energy, environment, organic chemicals, new materials, heterogeneous catalysis, homogeneous catalysis, biocatalysis, photocatalysis, electrocatalysis, surface chemistry and catalytic dynamics.

Chromatology is a professional academic journal sponsored by Chinese Chemical Society, undertaken by Dalian Institute of Chemical Physics of Chinese Academy of Sciences and National Chromatographic Research and Analysis Center, published by Science Press and publicly distributed at home and abroad in China. Established in 1984. This paper mainly reports the basic research and application of new methods, technologies and instruments in chromatography and its interdisciplinary fields at home and abroad, as well as the research and development of chromatographic instruments and components. This magazine is the core periodical of Chinese, the core periodical of China and the excellent periodical of China. It has been included in more than 20 important retrieval publications and databases at home and abroad, such as American Chemical Abstracts (CA), American Medical Index (Medline), Russian Abstracts Magazine (AJ), Japanese Science and Technology Literature Database (JICST), Polish Copernicus Index (IC), and British Analytical Abstracts (AA). According to the Citation Report of China Sci-tech Journals (Core Edition) published by China Institute of Sci-tech Information, the latest impact factor of chromatography is 1 .750 (citation rate is 0 .87), ranking first among the core journals of chemistry in China.

Energy Chemistry (English) mainly reports the creative scientific research results related to chemistry, such as fossil energy, electrochemical energy, hydrogen energy, biomass energy and solar energy conversion, so as to promote academic exchanges in the field of energy chemistry and accelerate the exploration and research of energy science and the development and utilization of new energy technologies. Originally published in 1992, it was called Natural Gas Chemistry (English). The organizer is Chengdu Institute of Organic Chemistry of China Academy of Sciences. In 2002, it was jointly sponsored by Dalian Institute of Chemical Physics of Chinese Academy of Sciences and Chengdu Institute of Organic Chemistry of China Academy of Sciences. In 2006, JNGC cooperated with Elsevier Publishing Group in the Netherlands, and all articles were published on its Sciencedirect platform. 20 1 1 year, the impact factor of SCI is 1 .348, ranking first among the chemical journals in China included in SCI.