1000-0720
2014 Issue 4
The application of three-dimensional fluorescence spectroscopy in the electrochemical degradation of organic pollutions
LEI Yong-qian;WANG Guan-hua;Guo Peng-ran;LI Guo-biao;CAI Da-chuan;Guangdong Provincial Public Laboratory of Analysis and Testing Technology;Guangdong Institute of Analysis;
LEI Yong-qian;WANG Guan-hua;Guo Peng-ran;LI Guo-biao;CAI Da-chuan;Guangdong Provincial Public Laboratory of Analysis and Testing Technology;Guangdong Institute of Analysis;
..............page:373-376
Determination of related substances and their contents in tetracaine hydrochloride pellicle by RP-HPLC
CHEN Li-qin;CHEN Hong;ZHANG Wen-jie;SHEN Jun;School of Public Health;Tianjin Medical University;
CHEN Li-qin;CHEN Hong;ZHANG Wen-jie;SHEN Jun;School of Public Health;Tianjin Medical University;
..............page:377-381
..............page:381
A strategy utilizing a binding reaction for serum albumin modification prior to laser induced thermal lens spectrometry after cloud point extraction
CHANG Zheng;YAN Hong-tao;CHANG Zhen;Department of Applied Chemistry of College of Science;Xi’an University of Technology;College of Chemistry and Materials Science;Northwest University;Red Cross Hospital;
CHANG Zheng;YAN Hong-tao;CHANG Zhen;Department of Applied Chemistry of College of Science;Xi’an University of Technology;College of Chemistry and Materials Science;Northwest University;Red Cross Hospital;
..............page:382-387
A novel pH sensor based on poly(aniline boronic acid) modified electrode
DONG Hui;ZHOU Yan-li;LIU Jing;SONG Xiang-rong;XU Mao-tian;College of Chemistry and Molecular Engineering;Zhengzhou University;College of Chemistry and Chemical Engineering;Shangqiu Normal University;
DONG Hui;ZHOU Yan-li;LIU Jing;SONG Xiang-rong;XU Mao-tian;College of Chemistry and Molecular Engineering;Zhengzhou University;College of Chemistry and Chemical Engineering;Shangqiu Normal University;
..............page:388-391
The determination of gefitinib on epidermal growth factor receptor inhibition rate by capillary electrophoresis enzyme micro-reactor
SHEN Gang-yi;YU Wan-ting;ZHANG Ai-qin;LIU Mei-rong;WANG Ning;The Key Laboratory of Chinese Minority Traditional Medicine Minzu University of China;College of Life and Environmental Science;Minzu University of China;Institute of Chemistry;Chinese Academy of Sciences;
SHEN Gang-yi;YU Wan-ting;ZHANG Ai-qin;LIU Mei-rong;WANG Ning;The Key Laboratory of Chinese Minority Traditional Medicine Minzu University of China;College of Life and Environmental Science;Minzu University of China;Institute of Chemistry;Chinese Academy of Sciences;
..............page:392-394
Studies on active sites of the aptamers based on the interaction between organophosphorus pesticides and bases
WANG Li;SANG Hong-qing;School of Food and Drug;Anhui Science and Technology University;
WANG Li;SANG Hong-qing;School of Food and Drug;Anhui Science and Technology University;
..............page:395-398
Determination of trace heavy metals and lead isotopes in PM2.5 by inductively coupled plasma mass spectrometry
CHEN Jin-fang;ZHENG Jin-ling;YE Long-xiang;CHEN Jin-sheng;College of Bioengineering;Jimei University;Institute of Urban Environment;Chinese Academy of Science;
CHEN Jin-fang;ZHENG Jin-ling;YE Long-xiang;CHEN Jin-sheng;College of Bioengineering;Jimei University;Institute of Urban Environment;Chinese Academy of Science;
..............page:399-403
Phase analysis of sulfur in lead-zinc
XU Jun-lei;ZHANG Xiao-juan;QIU Hai-ou;TANG Shao-zhan;TANG Zhi-yong;Faculty of Material Science and Chemistry;China University of Geoscience;
XU Jun-lei;ZHANG Xiao-juan;QIU Hai-ou;TANG Shao-zhan;TANG Zhi-yong;Faculty of Material Science and Chemistry;China University of Geoscience;
..............page:404-407
..............page:407
Identification of the transformation product formed upon hydroxyl radical derived degradation of Ofloxacin within Fenton reaction
PI Yun-qing;GUO Wei;FENG Jing-lan;SUN Jian-hui;Henan Normal University;School of Environment;Key Laboratory for Yellow River and Huaihe River Water Environmental and Pollution Control Ministry of Education;Henan Key Laboratory for Environmental Pollution Control;Department of Chemistry;Xinxiang Medical University;Henan Normal University;School of Environment;Key Laboratory for Yellow River and Huaihe River Water Environmental and Pollution Control Ministry of Education;Henan Key Laboratory for Environmental Pollution Contro;
PI Yun-qing;GUO Wei;FENG Jing-lan;SUN Jian-hui;Henan Normal University;School of Environment;Key Laboratory for Yellow River and Huaihe River Water Environmental and Pollution Control Ministry of Education;Henan Key Laboratory for Environmental Pollution Control;Department of Chemistry;Xinxiang Medical University;Henan Normal University;School of Environment;Key Laboratory for Yellow River and Huaihe River Water Environmental and Pollution Control Ministry of Education;Henan Key Laboratory for Environmental Pollution Contro;
..............page:408-411
Determination of acetycysteine and four relevant substances by CE
GUAN Jin;DONG Xi-xin;DING Shuang;LIU Zhi-han;YAN Feng;SHI Shuang;Shool of Applied Chemistry;Shenyang University of Chemical Technology;
GUAN Jin;DONG Xi-xin;DING Shuang;LIU Zhi-han;YAN Feng;SHI Shuang;Shool of Applied Chemistry;Shenyang University of Chemical Technology;
..............page:412-415
..............page:415
Research of a hydrogen peroxide sensor based on nafion-graphene oxide composites/thionine/gold nanoparticles
FENG Li;REN Qun-xiang;SUN Ying-ying;MA Ming-yang;Department of Chemistry;Shenyang Medical College;Shenyang No.120 Middle School;
FENG Li;REN Qun-xiang;SUN Ying-ying;MA Ming-yang;Department of Chemistry;Shenyang Medical College;Shenyang No.120 Middle School;
..............page:416-419
Determination of diclazuril residues in fish tissues by UPLC-TUV
LIU Yong-tao;AI Xiao-hui;LI Le;ZHAO Feng;YANG Qiu-hong;XU Ning;Yangtze River Fisheries Research Institute;Chinese Academy of Fishery Sciences;Hubei Freshwater Aquaculture Collaborative Innovation Center;Chinese Academy of Fishery Sciences;Nanjing Agricultural University;
LIU Yong-tao;AI Xiao-hui;LI Le;ZHAO Feng;YANG Qiu-hong;XU Ning;Yangtze River Fisheries Research Institute;Chinese Academy of Fishery Sciences;Hubei Freshwater Aquaculture Collaborative Innovation Center;Chinese Academy of Fishery Sciences;Nanjing Agricultural University;
..............page:420-423
Determination of rutin and quercetin in hypericum japonicum by capillary electrophoresis with amperometric detection
DENG Guang-hui;WANG Shi-wei;WANG Hui;QU Zhong-kai;WEI Fu-sai;Guangxi Key Laboratory of Chemistry and Chemical Engineering;School of Chemistry and Chemical Engineering;Guangxi University for Nationalities;
DENG Guang-hui;WANG Shi-wei;WANG Hui;QU Zhong-kai;WEI Fu-sai;Guangxi Key Laboratory of Chemistry and Chemical Engineering;School of Chemistry and Chemical Engineering;Guangxi University for Nationalities;
..............page:424-427
..............page:427
A study of stability and decomposition process of two platinum compounds based on liquid chromatography-inductively coupled plasma mass spectrometry
LIU De-ye;ZHU Feng;ZHU Bao-li;MA Yong-jian;Jiangsu Provincial Center of Disease Control and Prevention;
LIU De-ye;ZHU Feng;ZHU Bao-li;MA Yong-jian;Jiangsu Provincial Center of Disease Control and Prevention;
..............page:428-431
Analysis on ephedrine hydrochloride/pseudoephedrine hydrochloride-human serum albumin interaction by circular dichroism and isothermal titration calorimetry
ZHOU Jie;YU Yan-hua;ZHU Ping-chuan;FU Qiang;HU Wei;State Key Laboratory of Conservation and Utilization of Subtropical Agro-bioresources;College of Life Science &Technology of Guangxi University;
ZHOU Jie;YU Yan-hua;ZHU Ping-chuan;FU Qiang;HU Wei;State Key Laboratory of Conservation and Utilization of Subtropical Agro-bioresources;College of Life Science &Technology of Guangxi University;
..............page:432-435
Electrochemistry of mitomycin Immobilized on a β-CD modified electrode
GE Ming;ZHANG Qi-ping;WANG Nan-ping;Xinglin College;Nantong University;College of Chemistry and Chemical Engineering;Nantong University;
GE Ming;ZHANG Qi-ping;WANG Nan-ping;Xinglin College;Nantong University;College of Chemistry and Chemical Engineering;Nantong University;
..............page:436-439
Sampling and analysis of hexavalent chromium in atmospheric particulates
ZHAO Qi-yue;ZHAO Liang;XU Zi-you;SUN Lei;LIU Bao-xian;Beijing Municipal Environmental Monitoring Center;
ZHAO Qi-yue;ZHAO Liang;XU Zi-you;SUN Lei;LIU Bao-xian;Beijing Municipal Environmental Monitoring Center;
..............page:440-444
Determination of malondialdehyde in foods by high performance liquid chromatography
YU Wei;ZHAO Yong-feng;WU Yu-jie;MAI Yi-ni;LIU Jun-yi;Technology center;Guangxi entry-exit inspection and quarantine bureau;
YU Wei;ZHAO Yong-feng;WU Yu-jie;MAI Yi-ni;LIU Jun-yi;Technology center;Guangxi entry-exit inspection and quarantine bureau;
..............page:445-447
Determination of six phenolics in polycarbonate drinking buckets by high performance liquid chromatography
GOU Xin-lei;LIU Wei-li;HU Guang-hui;GAO Xia;Beijing Centre for Physical and Chemical Analysis;Beijing Engineering Research Center of Food Safety Analysis;
GOU Xin-lei;LIU Wei-li;HU Guang-hui;GAO Xia;Beijing Centre for Physical and Chemical Analysis;Beijing Engineering Research Center of Food Safety Analysis;
..............page:448-451
Determination of antimony in water by fluorescence quenching method with morin
BAI Yan-tao;GAO Lou-jun;CHAI Hong-mei;FAN Ying-ying;College of Chemistry and Chemical Engineering;Yan’an University;
BAI Yan-tao;GAO Lou-jun;CHAI Hong-mei;FAN Ying-ying;College of Chemistry and Chemical Engineering;Yan’an University;
..............page:452-454
The study of interaction between fluorescent carbon nanoparticles and paper materials and its analytical application
LI Li;WEI Wei;QU Ying-juan;ZHENG Xing-wang;School of Chemistry & Chemical Engineering;Shaanxi Normal University;Engineering Research Center of Historical and Cultural Heritage Protection;Ministry of Education;Key Laboratory of Analytical Chemistry for Life Science of Shaanxi Province;
LI Li;WEI Wei;QU Ying-juan;ZHENG Xing-wang;School of Chemistry & Chemical Engineering;Shaanxi Normal University;Engineering Research Center of Historical and Cultural Heritage Protection;Ministry of Education;Key Laboratory of Analytical Chemistry for Life Science of Shaanxi Province;
..............page:455-458
Determination of 17α-methyltestosterone in aquatic products by ultra performance liquid chromatography
ZHANG Xuan;CAI You-qiong;HUI Yun-hua;HUANG Dong-mei;YU Hui-juan;East China Sea Fisheries Research Institute of Chinese Academy of Fishery Sciences;Laboratory of Fishery Envionments and Aquatic Products Processing;
ZHANG Xuan;CAI You-qiong;HUI Yun-hua;HUANG Dong-mei;YU Hui-juan;East China Sea Fisheries Research Institute of Chinese Academy of Fishery Sciences;Laboratory of Fishery Envionments and Aquatic Products Processing;
..............page:459-461
Rapid determination of inorganic arsenic in natural water by high performance liquid chromatographyinductively coupled plasma mass spectrometry
LIU Wei;HU Jun-dong;YANG Hong-xia;GUO Wei;LI Bing;National Research Center for Geoanalysis;
LIU Wei;HU Jun-dong;YANG Hong-xia;GUO Wei;LI Bing;National Research Center for Geoanalysis;
..............page:462-465
Quantitative analysis of glutathione(GSH) in algae and its response to Cd induction
GAO Li-jie;LI Jing-xi;XU Xiu-li;CHEN Jun-hui;ZHENG Li;WANG Xiao-ru;School of Ocean Sciences;China University of Geosciences;Marine Ecology Research Center;First Institute of Oceanography of State Oceanic Administration;College of Chemistry and Chemical Engineering of Ocean University of China;
GAO Li-jie;LI Jing-xi;XU Xiu-li;CHEN Jun-hui;ZHENG Li;WANG Xiao-ru;School of Ocean Sciences;China University of Geosciences;Marine Ecology Research Center;First Institute of Oceanography of State Oceanic Administration;College of Chemistry and Chemical Engineering of Ocean University of China;
..............page:466-469
The study on preparation of a novel nano platinum modified glassy carbon electrode and its electrocatalytic properties
L Xiao;LOU Chang-sheng;ZHANG Wei-qiang;ZHU Wei-guo;LIU Jun;LI Ri-sheng;School of materials Science and Engineering;Shenyang Ligong University;Jiangsu Shagang Group Co.;Ltd;Northwest Geological Institute of Nonferrous Metals;
L Xiao;LOU Chang-sheng;ZHANG Wei-qiang;ZHU Wei-guo;LIU Jun;LI Ri-sheng;School of materials Science and Engineering;Shenyang Ligong University;Jiangsu Shagang Group Co.;Ltd;Northwest Geological Institute of Nonferrous Metals;
..............page:470-473
Identification and mechanism investigation of the impurities in thiosemicarbazide
MA Hao;YIN Xue-mei;LIU Juan;YAO Bao-long;SHI Chao-ou;Analysis and Research Center;East China University of Science and Technology;
MA Hao;YIN Xue-mei;LIU Juan;YAO Bao-long;SHI Chao-ou;Analysis and Research Center;East China University of Science and Technology;
..............page:474-478
Simultaneous determination of benzodiazepines and their metabolites in urine by liquid chromatography-tandem mass spectrometry
ZHANG Jian-li;WANG Zhan-liang;ZHANG Yi-nong;China Anti-Doping Agency;The State Sport General Administration;
ZHANG Jian-li;WANG Zhan-liang;ZHANG Yi-nong;China Anti-Doping Agency;The State Sport General Administration;
..............page:479-482
Influence of metal Ions on interaction between hesperetin and bovine serum albumin by fluorescence spectrometry
DONG Li-ming;ZOU Shu-jun;XU Shu-jun;CAO Hai-ling;YAN Jing;College of Pharmacy;Heilongjiang University of Chinese Medicine;
DONG Li-ming;ZOU Shu-jun;XU Shu-jun;CAO Hai-ling;YAN Jing;College of Pharmacy;Heilongjiang University of Chinese Medicine;
..............page:483-488
Study on determination of sulfide contents in water by constant-pressure recirculation separation-absorption method
ZHENG Qi-hong;XU Ji-rong;DONG Yu-fang;ZHAO Xin-hua;HUANG Zhao;Faculty of Architectural;Civil Engineering and Environment;Ningbo University;
ZHENG Qi-hong;XU Ji-rong;DONG Yu-fang;ZHAO Xin-hua;HUANG Zhao;Faculty of Architectural;Civil Engineering and Environment;Ningbo University;
..............page:489-492
Fast separation on MEMS-based multicapillary gas chromatographic columns
LI Yi;DU Xiao-song;GAO Chao;GUO Pan;CHENG Lu-hua;JIANG Ya-dong;School of Optoelectronic Information;University of Electronic Science and Technology of China;State Key Laboratory Electronic Thin Film and Integrated Devices;University of Electronic Science and Technology of China;
LI Yi;DU Xiao-song;GAO Chao;GUO Pan;CHENG Lu-hua;JIANG Ya-dong;School of Optoelectronic Information;University of Electronic Science and Technology of China;State Key Laboratory Electronic Thin Film and Integrated Devices;University of Electronic Science and Technology of China;
..............page:493-496
..............page:497