Chinese name: Shi Laishun
Gender: male
Ethnic group: Han nationality
Nationality: China.
Date of birth: 1966 65438+ 10 month
Occupation: scholar and professor
Graduate school: Zhengzhou University; Dalian University of Technology; Beijing Institute of Technology
Representative works: swimming pool water purification technology
biographical notes
1September 1982 to1July 1986, studied in the chemistry department of Zhengzhou university and obtained a bachelor's degree.
1September 1986 to1March 1989, studied at the School of Chemical Engineering, Dalian University of Technology and obtained a master's degree;
1September 1994 to1September 1997, studied at the School of Chemical Engineering and Materials, Beijing Institute of Technology, and obtained a doctorate;
From March 2008 to March 2009, he was a visiting scholar of the National Scholarship Committee of North Carolina State University.
1989 Since March, I have been engaged in teaching and scientific research in the School of Chemistry and Chemical Engineering of Shandong University.
1992 promoted to lecturer in March;
1996 10 was promoted to associate professor;
1998 was rated as a master tutor;
199965438+promoted to professor in February.
lecture course
(1) undergraduate: inorganic chemistry, principles of chemical engineering.
(2) Graduate students: advanced organic chemistry, advanced organic synthesis, spectral analysis in organic chemistry, surfactant synthesis and technology.
research field
Theoretical research:
Study on Chemical Oscillation Reaction Mechanism of (1) Chlorine Dioxide
(2) Plasma chemistry, polymer surface modification and surface analysis (polymer chemistry and physics)
Applied research:
(1) chlorine dioxide generator, production and application technology of stable chlorine dioxide solution
(2) Water disinfection technology and wastewater treatment technology
(3) swimming pool water treatment technology
(4) instant dibromohydantoin disinfection powder (tablet)
(5) Synthesis technology of asphalt emulsifier, emulsified asphalt and slurry sealing technology.
(6) Production technology of asphalt emulsifier for high-speed railway.
(7) New materials for highway construction and pavement maintenance (joint filler, sealant, cold patch)
(8) Other fine chemicals and organic synthesis
Main thesis
More than 70 papers have been published, and the main papers are as follows:
(1) Monograph: Swimming Pool Water Purification Technology, Jinan Publishing House (1993)
(2) Wang Fang Li Wenjing to shun. The closed system of social reaction of diiodomalonic acid chloride with sulfuric acid was studied experimentally by ultraviolet-visible spectrophotometry. Journal of solution chemistry. , 2009, 38: 57 1-588. (included in SCI)
(3) Shi Lisheng, Wang Liyuan and Wang Yanning. Study on surface modification of polyethylene by nitrogen plasma: quantitative ATR-FTIR spectral analysis. Journal of Polymer Engineering, 2007,27 (5): 385-466.
(4) Shi Lisheng, Wang Liyuan and Wang Yanning. Study on surface modification of polyethylene: quantitative ATR-FTIR spectral analysis. Europe Journal of Polymers, April 2006:1625-.
(5) Shi Liangsheng and Xie Yongfu. Surface modification of propylene and polyethylene terephthalate. Journal of Polymer Engineering, 2003,23 (6): 457-466.
Shi Laishun, Liu Yanpu, Yu, Dong Yanyan. Experimental study on treatment of naphthol green simulated wastewater by catalytic oxidation of chlorine dioxide with manganese dioxide. Journal of Shandong University (Engineering Edition), 2008,38 (6): 76-81.
Shi Laishun, Wan. Synthesis and performance test of a new betaine asphalt emulsifier. Journal of Shandong University (Engineering Edition), 2008,38 (4):112-115.
Shi Laishun, Wan, Xue. Synthesis and performance test of a new Gemini cationic asphalt emulsifier. Journal of Shandong University (Engineering Edition), 2007,37 (3):122-126.
Shi Laishun, Dong Yanyan, Li Yanyan, Li Wenjing. Experimental study on treatment of chrome black T simulated wastewater by catalytic oxidation with chlorine dioxide. Journal of Shandong University (Engineering Edition), 2007,37 (5):113-117.
Study on surface modification and reaction kinetics of (10) plasma. J.polym.eng, 1999, 19 (6): 445-455 (included in SCI and Ei).
(1 1) Surface Modification of Polypropylene by Plasma, Journal of Polymer Engineering, 2000,20 (5): 313-328 (included in SCI and Ei).
(12) plasma grafting of surface lic monomer. DesignedNommersandpolymers,1999,2 (4): 359-369 (included in SCI and Ei).
(13) The characteristics of flame standard were determined by plasma grafting method. European Journal of Polymers, 2000, 36: 261-2615 (included by SCI and Ei).
(14) The dynamic modification of polymer surface was studied by plasma dynamic contact angle method. European Journal of Polymer, 2000, 36: 987-992 (included by SCI and Ei).
(15) flame retardant and smoke suppression ethylene-vinyl acetate copolymer. Reactive & Functional Polymers, 2000, 45: 85-93 (included by SCI and Ei)
Study on the Mechanism of 2,4,6-Tribromophenol Catalyzed by (16) Cu (Ⅱ). Polymer International,1997,42:188-194 (included by SCI and Ei).
Study on the polymerization mechanism of 2,4,6-trichlorophenol catalyzed by (17) copper (II). Journal of Applied Polymer Science,1996,61:1279-65448.
(18) The flame is stabilized by plasma reaction. Beijing Institute of Technology. ,1997,6 (4): 313-320 (included in EI).
(19)anaproachofc F4/CH4 plasma-induced surface modification.13 International symposiumplasmachemistry,1997:1275-1280
(20) The surface dynamics of plasma modified polymer was studied by dynamic contact angle method. Chinese journal of chemistry,1999,57 (11):1193-165438 (included in sci).
Study on Surface Flame Retardant Modification of Polypropylene by (2 1)CF4/CH4 Plasma. Science Bulletin,1998,43 (7): 775-779 (included by SCI)
(22) Study on plasma grafting of methacrylic acid onto polyethylene film and its flame retardancy. Journal of China University Chemistry, 200 1, 22 (3): 489-493 (included by SCI).
(23) Study on the surface flame retardancy of EVA grafted with acrylic acid by plasma. Journal of functional polymers, 2000, 13( 1):85-89.
(24) Study and characterization of flame retardancy of plasma grafted EVA*** polymer film. Polymer materials science and engineering, 1999, 15 (5): 9 1-94.
(25) The surface dynamics of plasma modified polymer was studied by dynamic contact angle method. Journal of Applied Science, 1999, 17(4):40-45
(26) Determination of low concentration chlorine dioxide in water by ultraviolet method. Journal of Shandong University (Engineering Edition), 2002,32 (6): 578-580
Shi Laishun, Cao, Guo Zhining, Xue. Discussion on factors affecting demulsification time of cationic emulsified asphalt. Journal of Shandong University (Engineering Edition), 2003,33 (1): 97-100.
Shi Laishun, Xie,. Colorimetric determination of chlorine dioxide in drinking water. China Water Supply and Drainage, 2003, 19( 1):95-97.
Shi Laishun, Xie. Differential determination of trace chlorine dioxide, chlorine chloride, chlorine dioxide and chlorine trioxide in water by potentiometric titration. Industrial Water Treatment, 2003,23 (4): 57-60.
Shi laishun Effect of plasma and electron beam grafting on flame retardancy of polymer. Journal of Shandong University (Engineering Edition), 2003,33 (5): 559-561.
(3 1) Shi Laishun. Combustion performance and thermal stability of polypropylene treated by CF4/CH4 plasma. Journal of Shandong University (Engineering Edition), 2003,33 (6): 717-720.
Shi Laishun, Xue, Zhang Renzhe. Synthesis and performance evaluation of 2-hydroxy -3- (triethylammonium chloride) propyl oleate. Journal of Shandong University (Engineering Edition), 2005,35 (6): 99-102.
Shi laishun Performance test of a new cationic quick-cracking asphalt emulsifier. Petroleum asphalt, 20(2):9- 10, 2006.
project
(1) "20kg/h high-efficiency and high-purity chlorine dioxide generator" (key scientific and technological project of Shandong Province,No. SD98-25) passed the technical appraisal and acceptance in Shandong Province in 2000, reaching the international advanced level.
(2) "Production Technology and Device of Stable Chlorine Dioxide Solution Based on Hydrochloric Acid" 1999 passed the technical appraisal of Shandong Science and Technology Commission and reached the international advanced level.
(3) "Production Technology and Device of Stable Chlorine Dioxide Solution Based on Methanol" passed the technical appraisal of Shandong Science and Technology Commission on 1999 and reached the international advanced level. Production technology and equipment have been exported to Indonesia.
(4) "Production Technology of Mixed Efficient Chlorine Dioxide" passed the technical appraisal of Shandong Science and Technology Commission on 1993 and reached the international advanced level.
(5) "Automatic addition of sodium hypochlorite in swimming pool water to disinfection system", 1990 passed the technical appraisal of Shandong Education Commission and reached the domestic leading level.
achievements in scientific research
(1) "Production Technology and Device of Stable Chlorine Dioxide Solution" won the third prize of Shandong Science and Technology Progress in 2002.
(2) "Technology of producing stable chlorine dioxide solution by hydrochloric acid method and methanol method" won the second prize of scientific and technological progress of Shandong Environmental Protection Bureau in 2002.
(3) Won the title of Shandong Youth Science and Technology Award in 2000.
(4) "Production Technology of Mixed Efficient Chlorine Dioxide" won the third prize of Shandong Science and Technology Progress Award 1994.
(5) "Swimming pool water purification technology" won the third prize of the State Education Commission for scientific and technological progress 1993.
(6) "Study on Polymerization Mechanism of Halogenated Phenol Catalyzed by Copper Salt" won the third prize of Shandong Education Commission for Scientific and Technological Progress 1998.
Patents obtained
(1) Shi Laishun, Xie, Liu. "New chlorine-containing disinfectant generator", China invention patent ZL 93 1 1202.8.
(2) Shi Laishun et al. "Chlorine dioxide disinfectant generator", China patent ZL97233737.7.
③ Xie, Shi Laishun and Liu. "Independent closed-circuit swimming pool water treatment system", China invention patent ZL92 106539.6.
(4) Shi Laishun et al., "Production method of stable chlorine dioxide solution based on hydrochloric acid", China invention patent ZL99 1 12023. X.
(5) Shi Laishun et al., "Production method of large-scale high-purity chlorine dioxide", China invention patent ZL00 1293 17.6.
(6) Shi Laishun et al., "Production method of stable chlorine dioxide solution based on methanol", China invention patent ZL99112022.1.