[1]Chemometrics Method for Real-Time Measurement of Water COD Based on Laser-Induced Breakdown Spectroscopy. Ye Song,Gu Ya-hui,Zhang Wen-tao,Wang Jie-jun,Wang Xin-qiang,Dong Da-ming,Gu Ya-hui,Du Xiao-fan,Dong Da-ming. 2017

[2]A Review on Optical Measurement Method of Chemical Oxygen Demand in Water Bodies. Liu, Fei,Zheng, Peichao,Liu, Fei,Huang, Baichuan,Zhao, Xiande,Jiao, Leizi,Dong, Daming. 2016

[3]Online Measurement of Water COD-A Comparison between Ultraviolet and Near Infrared Spectroscopies. Liu Fei,Dong Da-ming,Zhao Xian-de,Liu Fei,Zheng Pei-chao. 2017

[4]Study on Effect of Soy sauce wastewater by SBR process. Zuo, Jinlong,Wang, Xiaoyue,Yang, Xinguo,Chen, Daxiang,Wang, Xuming. 2016

[5]Study on NO2--N accumulationof soybean wastewater treatment by SBR process. Zuo, Jinlong,Chen, Daxiang,Yang, Xinguo,Wang, Xiaoyue,Wang, Xuewei,Wang, Xuming. 2016

[6]Removal of COD from piggery wastewater using a lab-scale UASB reactor. Yan, Fei,Zuo, Jinlong,Yan, Fei,Qiu, Tianlei,Wang, Xuming. 2012

[7]猪粪污厌氧发酵沼液SS、COD的混凝预处理效果研究. 李鹏,赵同科,张成军,刘宝存,郑云霞,范胜男. 2016

[8]水体COD的光谱学在线测量方法-紫外和近红外光谱比较分析. 刘飞,董大明,赵贤德,郑培超. 2017

[9]基于激光诱导击穿光谱和化学计量学的水体COD实时测量方法. 叶松,顾亚辉,杜晓凡,张文涛,汪杰君,王新强,董大明. 2017

[10]Study on Technology of Anaerobic- SBR Process for Sauce Wastewater Treatment. Zuo Jinlong,Liu Zhiwei,Li Biao,Tang Hanqing,Yan Fei,Wang Xuming. 2012

[11]A Review on Optical Measurement Method of Chemical Oxygen Demand in Water Bodies. Fei Liu,Peichao Zheng,Baichuan Huang,Xiande Zhao,Leizi Jiao,Daming Dong. 2016

[12]氨氮对西伯利亚鲟的急性毒性试验. 袁丁,张欣,马峻峰,马国庆,罗琳,李铁梁,姜娜,马志宏. 2014

[13]氨氮对锦鲤相关酶活性和基因表达的影响. 史东杰,朱华,张欣,王文峰,孙砚胜. 2019

[14]锦鲤不同养殖模式下水体中氨氮含量变化规律的比较研究. 梁拥军,杨广,张欣,史东杰,张升利,李文通,高云奇. 2014

[15]2种微藻对养殖水体中氨氮和亚硝态氮的净化作用. 刘盼,贾成霞,杨慕,曲疆奇,张楠,张清靖. 2018

[16]氨氮和亚硝氮对红剑和孔雀鱼毒性及抗氧化指标的影响. 张蓉,王晓雯,刘丽丽,朱建亚,朱华. 2019

[17]氨氮弱吸附滤料筛选与基于氮素资源化的沼液悬浮物过滤预处理研究. 李鹏,王鹏超,马东,张成军,郭旋,赵同科,王萱. 2020

[18]不同因素对人工湿地基质脱氮除磷效果的影响. 陈丽丽,赵同科,张成军,李鹏,李新荣,董若征. 2013

[19]基于非点源污染的密云水源保护区水环境容量核算及其分配. 付可,胡艳霞,谢建治. 2016

[20]人工湿地不同基质对氨氮的吸附特性研究. 陈丽丽,张成军,李鹏,李新荣,董若征,赵同科. 2012