Occurrence characteristics of organic components in domestic sewage in terms of particle size distribution
LI Yanbo;WANG Xu;LIU Junxin;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;

..............page:2153-2161

Generation of hydroxyl radical from water constituents under different spectra bands of sunlight
WANG Jing;XING Menglin;TAI Chao;ZHAO Tongqian;YIN Yongguang;Institute of Resources and Environment;Henan Polytechnic University;Environmental Monitoring Center of Henan Province;State Key Laboratory of Environmental Chemistry and Ecotoxicology;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;

..............page:2162-2169

Research progress on the detection methods,environmental distribution and transformation of perfluorinated compounds’ precursors fluorotelomer alcohols
CHEN Hongrui;ZHANG Yu;YANG Min;Key Laboratory of Drinking Water Science and Technology;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;

..............page:2170-2178

Identification and quantification of 2,2’,4,4’-tetrabromodiphenyl ether in water by surface-enhanced Raman scattering technique
YU Wenwen;DUAN Jinming;DU Jingjing;JING Chuanyong;School of Environmental and Municipal Engineering;Xi’an University of Architecture and Technology;State Key Laboratory of Environmental Chemistry and Ecotoxicology;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;

..............page:2179-2184

Spatial distribution and assessment of selenium in soils of a Se-enrich agricultural production base
CHEN Juan;SONG Shuai;SHI Yajuan;XU Xiangbo;SUN Hongjie;LYU Yonglong;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;Boshan Agricultural Comprehensive Development Office;Zibo City;

..............page:2185-2190

Environmental pollution characteristics of polychlorinated biphenyls in the soil around a typical sintering plant
LIAO Xiao;XIAO Zicheng;WU Pingfan;LI Haifeng;HAN Ying;WANG Mengjing;CHEN Xuebin;LIU Wenbin;Hubei University of Technology;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;

..............page:2191-2197

Effect of several amendments on the speciation and bio-accessibility of arsenic polluted soils in adjacent areas of mine
LI Ji;HUANG Yizong;BAO Qiongli;XIANG Meng;Agro-Environmental Protection Institute;Ministry of Agriculture;Research Center for Eco-environmental Sciences;Chinese Academy of Sciences;

..............page:2198-2203

Catalytic thermal degradation of octachloronaphthalene over Fe₂O₃ micro/nanomaterial and its explored mechanism
ZHAO Yanhui;LU Huijie;XU Wen;HUANG Linyan;LI Qianqian;LI Binke;HUANG Xinchen;SU Guijin;Hainan University;State Key Laboratory of Environmental Chemistry and Ecotoxicology;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;

..............page:2204-2212

Thermal degradation of pentachlorobenzene by titania catalysts with different morphologies
LI Binke;REN Guangjun;LU Huijie;HUANG Linyan;LI Qianqian;HUANG Xinchen;ZHAO Yanhui;DING Xiuhua;SU Guijin;School of Environment and Chemical Engineering;Shenyang Ligong University;State Key Laboratory of Environmental Chemistry and Ecotoxicology;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;

..............page:2213-2222

Adsorption properties of Congo red on natural zeolite modified with cationic surfactant of rosin-based quaternary ammonium
ZHAO Fang;MA Yahong;LI Zhenlin;DONG Huiyu;DU Hanchun;LIU Shaogang;DIAO Kaisheng;LEI Fuhou;TAN Xuecai;School of Chemistry and Chemical Engineering;Guangxi University for Nationalities;Key Laboratory of Chemistry and Engineering of Forest Products;Key Laboratory of Drinking Water Science and Technology;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;Analysis and Testing center of Guangxi Zhuang Autonomous Region;

..............page:2223-2232

Purification of highly acidic wastewater with high arsenic concentration using hydrogen sulfide
WANG Defeng;PENG Xianjia;ZHANG Weimin;LI Yiran;JIANG Liwen;LIU Jie;School of Water Resources & Environmental Engineering;East China Institute of Technology;Beijing Key Lab of Industrial Wastewater Treatment and Reuse;Research Center for Eco-Environmental Sciences;Chinese Academy of Sciences;Marine College;Shandong University;Jinan Design Academy;China Aerospace Construction Group Co.;Ltd;

..............page:2233-2238

Seasonal variation of atmospheric aerosol optical properties in Beijing during 2009—2011
REN Tuanwei;GUO Zhaobing;LIU Weijia;School of Environmental Science and Engineering;Nanjing University of Information Science and Technology;School of Atmospheric Physics;Nanjing University of Information Science and Technology;Key Laboratory for Aerosol-Cloud-Precipitation of China Meteorological Administration;

..............page:2239-2247

Sources,spatial distribution and contamination assessments of heavy metals in gold mine area soils of Miyun Reservoir upstream,Beijing,China
CHEN Xiaomin;ZHU Baohu;YANG Wen;JI Hongbing;Civil & Environment Engineering School;University of Science & Technology Beijing;Beijing Key Laboratory on Resource-Oriented Treatment of Industrial Pollutants;The Key Laboratory of Metropolitan Eco-Environmental Process;College of Resource Environment and Tourism;Capital Normal University;

..............page:2248-2256

Distribution characteristics and ecological risk assessment of heavy metals Cd and Pb in soils around a tungsten mine of Gannan
CHEN Ming;YANG Tao;XU Hui;CAI Zhongping;ZHAO Ling;Jiangxi Key Laboratory of Mining and Metallurgy Enviromental Pollution Control;Jiangxi University of Science and Technology;

..............page:2257-2262

The role of extracellular polymeric substances of Acidithiobacillus ferrooxidans on the adsorption of Mn²⁺,Ni²⁺ and Pb²⁺
ZOU Zhihui;ZHENG Kai;TAN Zhizhao;CHEN Peiyun;YANG Chunmei;WANG Zhimei;CHEN Binghui;School of Public Health;Guangdong Pharmaceutical University;School of Earth Science and Geological Engineering;Sun Yat-sen University;

..............page:2263-2267

Nitrogen and phosphorus removal and characteristics of functional microbes in subsurface flow wetland with microbe augmentation
CHEN Jing;ZHANG Minte;CHEN Ping;DEN Wen;ZHOU Xincheng;ZHANG Wenyi;School of Environment & Safety Engineering;Changzhou University;School of Architecture and Civil Engineering;Jiangsu University of Science and Technology;

..............page:2268-2274

Response of cucumber yield and soil enzyme activities to organic fertilizer of residue after evaporation from vitamin C fermentation and abandoned medium
KONG Tao;LIU Min;MA Yu;ZOU Sifan;GUAN Fei;College of Environmental Science and Engineering;Liaoning Technical University;College of Sciences;Liaoning Technical University;Microbiology Institute of Shaanxi;

..............page:2275-2280

Pollution level and source analysis of polycyclic aromatic hydrocarbons in the sea water of Zhapu Area in Hangzhou Bay
BAI Hongyan;YANG Peihua;HAN Bin;YANG Yang;School of Pharmacy;Guilin Medical University;First Institute of Oceanography;State Oceanic Administration;

..............page:2281-2286

Preparation of lanthanum/magnetite/zeolite composite and its application for phosphate and ammonium removal from aqueous solution
LIN Jianwei;FANG Qiao;ZHAN Yanhui;College of Marine Science;Shanghai Ocean University;

..............page:2287-2297

gu xiang zuo qu - qi zhi lian yong jian ce shui yang zhong de you ji lin suan zuo
liu shi long ; zhang hua ; hu xiao hui ; chou yan zuo ; zhu zhi liang ;

..............page:2298-2300

qi xiang se pu - san zhong si ji gan zhi pu fa ce ding you ji fei zhong lin ben er jia suan zuo
cai zuo ; ma ming ; zhao yu zuo ; sun ming xing ;

..............page:2301-2303

he bei kou an jin kou mei tan zhong fu lv shen gong liu de zheng ti te xing he fen bu te zheng
li ying na ; xu zhi bin ; zhang zhi wei ; wu zuo ; wang yu liang ;

..............page:2304-2306

tian shan ha mi miao er gou ping ding bing chuan xue keng li zi nong du te zheng
chen wu hua ; li zhong qin ; huai bao juan ;

..............page:2307-2309

xin jiang nan bu dian xing di qu di xia shui zhong jin shu kong jian fen bu te zheng
zeng zuo zuo ; zhou yin zhu ; zhou jin long ; liu jing tao ; chen zuo ;

..............page:2310-2312

san zhong ji xing xi zuo chong an zai shui dao shang de xiao jie dong tai he can liu gui lv
wei feng ; bi jun ping ; luo yue ping ; jiang bo ; wang hai ping ; yang ren bin ;

..............page:2313-2315

xin zuo fu he bao lu dui tong xiu huan leng luo nei zang kang yang hua mei huo xing he bing er quan han liang de ying xiang
yao ling xia ; song meng meng ; zhou ying ; liu hui ;

..............page:2316-2318

wu da kuang qu mei huo wu ran dian tu rang zhong shen de ding liang fen xi yu ping jia
zhang yin ; chang jiu le ; liang han dong ; li yao ; guo zuo ; bai jiang wei ; wang hong jie ; liang ming ;

..............page:2319-2320

qi xiang se pu - zhi pu fa ce ding fang huo tu liao zhong duo zuo lian ben mi de han liang
ma teng zhou ; chen jun shui ; ma ming ;

..............page:2321-2323

ji yu pu tao jiu ji zhi kai fa de kuai su duo nong yao can liu fen xi fang fa
yu wei ; zuo ran ; wang wen long ; wu yu jie ; liu jun yi ; zheng ling ; cheng ming chuan ;

..............page:2324-2326

chao sheng zuo qu jie he qi xiang se pu san zhong si ji gan zhi pu lian yong fa ce ding pm_2.5 da qi wu ran wu zhong duo huan fang ting han liang
ma ying ge ; sun qian ; jing sheng ao ; gao peng ; fan jun ; deng xiao li ; huang tao hong ; yang gui xiang ; li yue zuo ;

..............page:2327-2329

huan jing shui yang pin zhong yao wu can liu de qian zai dai xie wu de jian ding
Gareth Cleland;Mark Wrona;Lauren Mullin;Jennifer Burgess;

..............page:2330-2333

ENVIRONMENTAL CHEMISTRY(2015 ANNUAL INDEX)

..............page:2334-2352