Optimization of Degradation of Azo Dye Acid Green B by Low-Frequency Ultrasound Synergized with H2O2 Using Response Surface Methodology
ZHANG Zhan-mei;ZHENG Huai-li;HU Peng;JI Fang-ying

..............page:270-276

Pilot-Scale Test of Nitrogen and Phosphorus Removal from Municipal Wastewater with Double Biofilm Process
ZHAO Hong-bin;SONG Qian-wu;DAI Jin-guo;WANG Zhi-hui;DAI Jian-kun;WANG Wen-jun

..............page:266-269

Effects of Different Carbon Sources on the Biodegradation of Naphthalene under Nitrate-Reducing Conditions
QUAN Xiang-chun;WANG Wen-yan;HE Meng-chang;LIN Chun-ye

..............page:261-265

Preparation of Palygorskite/γ-Fe2O3/G and Adsorption Removal of Phenol from Aqueous System
QING Cheng-song;SONG Hao;CHEN Tian-hu;WU Xue-ping;XIE Jie

..............page:277-283

Low-Temperature Pyrolysis and Gas Composition Analysis of Thermal Insulation Materials of Waste Refrigerators
YANG Yong;LIU Jing-yang;GUO Yu-wen;YANG Min

..............page:284-288

Remediation of Sediments Contaminated with 1, 3-Dichlorobenzene Using Zero-Valent Iron
WANG Xin-xin;ZHANG Ying;WANG Yuan-fen

..............page:289-293

Optimizing the Solution Condition of a Thermostable and Soluable Inorganic Phosphorus Microorganism
YANG Tian-xue;XI Bei-dou;LI Yue-yan;ZHAO Yue;WEI Zi-min;JIANG Yong-hai;LI Ming-xiao;HE Xiao-song

..............page:294-298

Hydrolytic Kinetics Model of Anaerobic Bioreactor in Methane Fermentation Phase
HAN Zhi-yong;LIU Dan;LI Qi-bin;HUANG Ming-xing;ZHAO Rui

..............page:299-303

Effects of Different Carbon Sources on the Biodegradation of Naphthalene under Nitrate-Reducing Conditions
QUAN Xiang-chun;WANG Wen-yan;HE Meng-chang;LIN Chun-ye State Key Joint Laboratory of Environmental Simulation and Pollution Control;School of Environment;Beijing Normal University;Beijing 100875;China

..............page:3-7

The Effects of Change in Temperature and Soil Moisture on the Seed Germination of Three Typical Desert Plants
WU Jian-guo~1;CHANG Wei~2;L Jia-jia~1Chinese Research Academy of Environmental Sciences;Beijing 100012;China2.The Key Laboratory for Silviculture and Conservation of Ministry of Education;Beijing Forestry University;Beijing 100083;China

..............page:85-92

Influence of Simulative Light on Silicon and Nitrogen Diffusion Fluxes Across Sediment-Water Interface in Tidal Flats of the Yangtze Estuary
XU Bin~1;LIU Min~;HOU Li-jun~2;LU Min~1;YAN Hui-min~1;XU Shiyuan~1Key Laboratory of Geo-information Science of the Ministry of Education;Department of Geography;East China Normal University;Shanghai China2.State Key Laboratory of Estuarine and Coastal Research;East China Normal University;Shanghai 200062;China

..............page:69-73

Analysis of the Heavy Polluting Effects of Sand Dust Weather in Beijing
ZHANG Zhi-gang;JIAO Mei-yan;BI Bao-gui;ZHAO Lin-na;GAO Qing-xian;GUO Jing-hua;REN Zhen-hai

..............page:309-314

Preliminary Analysis of Boundary Layer O3 and NO2 Observed in Summer in Tianjin Area
HUANG He;YAO Qing;ZHANG Wen-yu;TIAN Xue-jiao

..............page:315-320

Study on the Distribution of Vehicle Mileage Traveled in China
LIN Xiu-li;TANG Da-gang;DING Yan;YIN Hang;JI Zhe

..............page:377-380

Establishment and Empirical Analysis of Cost Function for Pollution Combination Abatement
CAO Dong;SONG Cun-yi;WANG Jin-nan;JIANG Hong-qiang;LI Wan-xin;CAO Guo-zhi

..............page:371-376

Concentrations and Congener Profiles of Dioxins in Stack Gas and Fly Ash Samples from an Electric Arc Furnace
LU Yong;TIAN Hong-hai;ZHOU Zhi-guang;DU Bing;LI Nan;REN Yue;LI Ling-ling;LIU Ai-min

..............page:304-308

Soil Respiration of Different Plant Communities in Ebinur Lake Watershed
YANG Jian-jun;LU Guang-hui;ZHANG Yan;TIYIP Tashpolat

..............page:362-370

Prediction of Soil Erosion and Nutrient Loss Quantity
HU Hong-xiang;HONG Tian-qiu;LIU Lu

..............page:356-361

Vertical Distribution of Pollutants in Soils of a Former Organochlorine Pesticide Manufacturing Field
CONG Xin;ZHU Shu-quan;XUE Nan-dong;LI Fa-sheng

..............page:351-355

The Effects of Change in Temperature and Soil Moisture on the Seed Germination of Three Typical Desert Plants
WU Jian-guo;CHANG Wei;LU Jia-jia

..............page:343-350

Contribution of Macrophytes Assimilation in Constructed Wetlands to Nitrogen and Phosphorous Removal
LI Lin-feng;NIAN Yue-gang;JIANG Gao-ming

..............page:337-342

Numerical Model of Thermal Discharge from Laibin Power Plant Based on Mike21FM
WANG Qing-gai;DAI Wen-nan;ZHAO Xiao-hong;DING Feng;LI Shi-bei;ZHAO Yue

..............page:332-336

Influence of Simulative Light on Silicon and Nitrogen Diffusion Fluxes Across Sediment-Water Interface in Tidal Flats of the Yangtze Estuary
XU Bin;LIU Min;HOU Li-jun;LU Min;YAN Hui-min;XU Shi-yuan

..............page:327-331

Distribution, Sources, and Risk Assessment of Polycyclic Aromatic Hydrocarbons (PAHs) in Surface Sediments from Baiyangdian Lake
HU Guo-cheng;GUO Jian-yang;LUO Xiao-jun;CHEN She-jun;XU Mu-qi;DAI Jia-yin;MAI Bi-xian;LI Feng-chao

..............page:321-326

Remediation of Sediments Contaminated with 1,3-Dichlorobenzene Using Zero-Valent Iron
WANG Xin-xin~;ZHANG Ying~1;WANG Yuan-fen~1.Key Laboratory of Terrestrial Ecological Processes;Institute of Applied Ecology;Chinese Academy of Sciences;Shenyang 110016;China2.Graduate University of Chinese Academy of Sciences;Beijing 100049;China

..............page:31-35

Hydrolytic Kinetics Model of Anaerobic Bioreactor in Methane Fermentation Phase
HAN Zhi-yong;LIU Dan;LI Qi-bin;HUANG Ming-xing;ZHAO RuiSchool of Environmental Science and Engineering;Southwest Jiaotong University;Chengdu 610031;China

..............page:41-45

Concentrations and Congener Profiles of Dioxins in Stack Gas and Fly Ash Samples from an Electric Arc Furnace
LU Yong~1;TIAN Hong-hai~2;ZHOU Zhi-guang~2;DU Bing~2;LI Nan~2;REN Yue~2;LI Ling-ling~2;LIU Ai-min~21.Anhui Institute of Optics and Fine Mechanics;Chinese Academy of Sciences;Hefei 230031;China2.Dioxin Pollution Control Key Laboratory of State Environmental Protection Administration;National Research Center for Environmental Analysis and Measurements;Beijing 100029;China

..............page:46-50

Analysis of the Heavy Polluting Effects of Sand Dust Weather in Beijing
ZHANG Zhi-gang~1;JIAO Mei-yan~1;BI Bao-gui~1;ZHAO Lin-na~1;GAO Qing-xian~2;GUO Jing-hua~3;REN Zhen-hai~21.National Meteorological Center;Beijing 100081;China2.Chinese Research Academy of Environmental Science;Beijing 100012;China3.The Center for Atmospheric Environmental Study;Beijing Normal University;Beijing 100875;China

..............page:51-56

Vertical Distribution of Pollutants in Soils of a Former Organochlorine Pesticide Manufacturing Field
CONG Xin~;ZHU Shu-quan~1;XUE Nan-dong~2;LI Fa-sheng~21.School of Chemical and Environmental Engineering;China University of Mining and Technology;Beijing 100083;China2.Department of Soil Pollution Control;Chinese Research Academy of Environmental Sciences;Beijing 100012;China3.College of Resource and Environmental Engineering;Liaoning Technical University;Fuxin 123000;China

..............page:93-97

Establishment and Empirical Analysis of Cost Function for Pollution Combination Abatement
CAO Dong~;SONG Cun-yi~1;WANG Jin-nan~2;JIANG Hong-qiang~2;LI Wan-xin~3;CAO Guo-zhi~21.Civil and Environment Engineering School;University of Science and Technology Beijing;Beijing 100083;China2.Academy for Environmental Planning of Ministry of Environmental Protection;Beijing 100012;China3.School of Public Policy;Tsinghua University;Beijing 100084;China

..............page:113-118

Study on the Distribution of Vehicle Mileage Traveled in China
LIN Xiu-li;TANG Da-gang;DING Yan;YIN Hang;JI ZheVehicle Emission Control Center;Chinese Research Academy of Environmental Sciences;Beijing 100012;China

..............page:119-122

Optimizing the Solution Condition of a Thermostable and Soluable Inorganic Phosphorus Microorganism
YANG Tian-xue~;XI Bei-dou~2;LI Yue-yan~2;ZHAO Yue~1;WEI Zi-min~1;JIANG Yong-hai~2;LI Ming-xiao~1;1.College of Life Science;Northeast Agricultural University;Harbin 150030;China2.Laboratory of Urban Environmental Systems Engineering;Chinese Research Academy of Environmental Sciences;Beijing 100012;China

..............page:36-40

Prediction of Soil Erosion and Nutrient Loss Quantity
HU Hong-xiang~;HONG Tian-qiu~1;LIU Lu~11.School of Resources and Environmental Engineering;Hefei University of Technology;Hefei 230009;China2.School of Resources and Environment;Anhui Agricultural University;Hefei 230036;China

..............page:98-103

Soil Respiration of Different Plant Communities in Ebinur Lake Watershed
YANG Jian-jun~;L Guang-hui~;ZHANG Yan~1;TIYIP Tashpolat~1.College of Resource and Environment;Xinjiang University;Urumqi 830046;China2.Key Laboratory of Oasis Ecology;Ministry of Education;Xinjiang University;Urumqi 830046;China

..............page:104-112

Low-Temperature Pyrolysis and Gas Composition Analysis of Thermal Insulation Materials of Waste Refrigerators
YANG Yong~1;LIU Jing-yang~2;GUO Yu-wen~2;YANG Min~11.School of Environmental Science and Engineering;Southwest Jiaotong University;Chengdu 610031;China2.Chinese Research Academy of Environmental Sciences;Beijing 100012;China

..............page:26-30

Preliminary Analysis of Boundary Layer O_3 and NO_2 Observed in Summer in Tianjin Area
HUANG He~1;YAO Qing~1;ZHANG Wen-yu~2;TIAN Xue-jiao~31.Tianjin Meteorology Institute;Tianjin 300074;China2.College of Atmospheric Sciences;Lanzhou University;Lanzhou 730000;China3.College of Earth and Environmental Science;Lanzhou University;Lanzhou 730000;China

..............page:57-62

Distribution,Sources,and Risk Assessment of Polycyclic Aromatic Hydrocarbons(PAHs) in Surface Sediments from Baiyangdian Lake
HU Guo-cheng~;GUO Jian-yang~2;LUO Xiao-jun~3;CHEN She-jun~3;XU Mu-qi~1;DAI Jia-yin~1;MAI Bi-xian~3;Key Laboratory of Animal Ecology and Conservation Biology;Institute of Zoology;Chinese Academy of Sciences;Beijing 100101;China2.State Key Laboratory of Environmental Geochemistry;Institute of Geochemistry;Chinese Academy of Sciences;Guiyang 550002;China3.State Key Laboratory of Organic Geochemistry;Guangzhou Institute of Geochemistry;Chinese Academy of Sciences;Guangzhou 510640;China4.College of Life Science;Hebei University;Baoding 071001;China5.The Graduate School of Chinese Academy of Sciences;Beijing 100049;China

..............page:63-68

Numerical Model of Thermal Discharge from Laibin Power Plant Based on Mike21FM
WANG Qing-gai;DAI Wen-nan;ZHAO Xiao-hong;DING Feng;LI Shi-bei;ZHAO YueAppraisal Center for Environmental Engineering;Ministry of Environmental Protection;Beijing 100012;China

..............page:74-78

Contribution of Macrophytes Assimilation in Constructed Wetlands to Nitrogen and Phosphorous Removal
LI Lin-feng~1;NIAN Yue-gang~2;JIANG Gao-ming~3College of Agricultural;Guangdong Ocean University;Zhanjiang 524088;China2.Research Center for Water Pollution Control;Chinese Research Academy of Environmental Sciences;Beijing 100012;China3.State Key Laboratory of Vegetation and Environmental Change;Institute of Botany;Chinese Academy of Sciences;Beijing 100093;China

..............page:79-84

Preparation of Palygorskite/(γ-Fe_2O_3)/C and Adsorption Removal of Phenol from Aqueous System
QING Cheng-song;SONG Hao;CHEN Tian-hu;WU Xue-ping;XIE JieSchool of Resource and Environment Engineering;Hefei University of Technology;Hefei 230009;China

..............page:19-25

Optimization of Degradation of Azo Dye Acid Green B by Low-Frequency Ultrasound Synergized with H_2O_2 Using Response Surface Methodology
ZHANG Zhan-mei~;ZHENG Huai-li~;HU Peng~3;JI Fang-ying~1.Key Laboratory of Three Gorges Reservoir Region’s Eco-Environment;State Ministry of Education;Chongqing University;Chongqing 400045;China2.Faculty of Urban Construction & Environmental Engineering;Chongqing University;Chongqing 400045;China3.College of Chemistry and Chemical Engineering;Chongqing University;Chongqing 400044;China

..............page:12-18

Pilot-Scale Test of Nitrogen and Phosphorus Removal from Municipal Wastewater with Double Biofilm Process
ZHAO Hong-bin;SONG Qian-wu;DAI Jin-guo;WANG Zhi-hui;DAI Jian-kun;WANG Wen-junChinese Research Academy of Environmental Sciences;Beijing 100012;China

..............page:8-11