Current location - Education and Training Encyclopedia - Graduation thesis - Sun Min's works and papers
Sun Min's works and papers
[1]. Sun, male; Sheng; Zhang; Liu; Summer; Mu, king Z.X; Yu, University of Hong Kong; Qihe; Yu, Tao ; An MFC coupling system for biological hydrogen production from acetate. Environmental science and engineering. Technology. 2008, 42, 8095-8 100.IF=4.827

[2]. Sun, male; Zhang; Sheng; Liu; Summer; Mu, king Z.X; Yu, headquarters .. This

Manipulation of catalytic activity of anode biofilm in microbial fuel cell by external electric field. Journal of biotechnology. 2008,S4 10。 If =2.970

[3]. Sun, male; Mu, Z.X Chen; Sheng; Liu; Chen, Yang Zizhen; Zhao; Wang; Yu,

Headquarters; Wei; Microbial-assisted sulfide oxidation in anode of microbial fuel cell.

Environmental science and engineering. Technology. 2009, 43, 3372-3377.

[4]. Sun, male; Sheng; Mu, Z.X Liu; Chen, Yang Zhenzhong; Yu Hanqing manipulated hydrogen.

Produced from acetate in MEC-MFC coupling system. Energy magazine. In 2009, 19 1, 338-343. If =4.290.

[5]. Sun, male; Mu, Z.X sheng; Liu; Zhang; Summer; Wang; Zhen Zhenhua; Yu,

Effect of instantaneous applied voltage of H.Q. on the performance of microbial biological anode

Fuel cell. Journal of electrochemistry. 20 10, 55, 3048-3054. If =3.650.

[6]. Sun, male; Mu, Z.X sheng; Shen; Zhang; Zhen Zhenhua; Wang; Hydrogen is produced from propionate in biocatalysis system by using electric energy generated by microbial fuel cell. International Association for Biodegradation and Environmental Protection. Biodegradation. 20 10, 64, 378-382.IF= 1.750

[7]. Sun, male; Zhen Zhenhua; Sheng; Chen; Zhang, female; Mu, king Z.X; Zeng, R.J. Liu; Microbial communities for electricity generation by sulfide oxidation in microbial fuel cells. Biosensor & bioelectronics. 20 10, 26, 470-476.IF=5.36 1

[8]. Sun, male; Zhang, female; Zhen Zhenhua; Sheng; Chen Yuzhen; Zhao; Chen; Zhou, S.Y. Liu; Tian, Yang Chun; Using gold-coated carbon paper as anode to improve the electricity generation performance of microbial fuel cells inoculated with MR- 1 Biosensor & bioelectronics. 20 10, 26, 338-343.

[9]. Yuan Shijie; Sun, male; Sheng; Li; Li; Yao, R.S. Yu, head office identification key

Composition and structure of extracellular polymer of Bacillus megaterium TF 10 and its flocculation ability. Environmental science and engineering. Technology. 20 1 1, 45,1152-157. (* * Same as the first author)

[10]. Yao, R.S. Sun, male; Wang; Degradation of phenolic compounds by hydrogen

Peroxides catalyzed by Serratia marcescens AB90027 enzyme. Water research. 2006, 40, 309 1-

3098.IF=4.546

[1 1]. Ni; Fang, female; Xie; Sun, male; Sheng; Li; Yu Hanqing's characterization

Extracellular polymers produced by mixed microorganisms in activated sludge

Permeation chromatography, excitation-emission matrix fluorescence spectrum measurement and kinetic modeling. Water research, April 3, 2009, 1350- 1358.

[12]. Liu; Sheng; Sun, male; Zang; Li; Zhen Zhenhua; Dong, female; Lin, m.h.w; Yu, H.Q. enhanced the reduction and degradation of methyl orange in microbial fuel cells by modifying the cathode with redox medium. Applied microbiology and engineering. Biotechnology. 20 1 1, 89, 20 1-208.

[13]. Li; Sheng; Liu; Cai, P.J. Sun, male; Xiao, X; Wang; Zhen Zhenhua; Dong, female; Effect of static magnetic field on electricity generation of microbial fuel cells inoculated with Sheva. Biosensor & bioelectronics. 20 1 1, 26, 3987-3992.

[14]. Chen; Zhao; Qiu; Spring, j; Land; Sun, male; Liu; Sheng; Yu, University of Hong Kong; Chen; Li; Liu; Tian, Yang Chun; An innovative micro microbial fuel cell manufactured by photolithography technology. Biosensor & bioelectronics. 20 1 1, 26, 284 1-2846.

[15]. Wang; Wang; Ren; Leaves, x.d. plums; Yuan Shijie; Sun, male; Sheng; Yu, University of Hong Kong; PH dependence of structure and surface properties of microbial extracellular polymers. Environmental science and engineering. Technology. 20 12, 46, 737-744.

[16]., Yao Risheng *, You Yahua, Deng Shengsong, Gao. Degradation of p-aminophenol by Serratia marcescens with hydrogen peroxide. Environmental Chemistry. 2006,25 (2), 14 1- 144.

[17]., Yao Risheng *, Gao, Biotransformation of isoeugenol and synthesis of vanillin. Biological processing. 2006,4 (2),33-36。

[18]. Sun Min, Yao Risheng *, Huang Hui, He Hongbo, Wang Chunling. Degradation of hydroquinone by Serratia marcescens catalyzed by H2O2. Proceedings of the Second National Annual Conference on Chemical Engineering and Biochemistry, 2005,886.

[19]. Yao Risheng *, Sun Min, Wang Leyan, Deng Shengsong. Biological oxidation and metabolism of hydroxyl and aminobenzene compounds. Journal of Chemical Engineering. 2006, 57 (2), 367-370.

[20]. Deng Shengsong, Chen, Yao Risheng *, Wang Leyan. Enzymatic conditions for degradation of hydroquinone by Serratia marcescens catalyzed by H2O2. Journal of Hefei University of Technology. 2006,29 (6),683-686。