[1]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

[2]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

[3]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

[4]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

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

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

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

[8]SBBR处理人工模拟猪场废水的试验研究. 闫飞,左金龙,李百慧,王旭明,仇天雷. 2012

[9]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

[10]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

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

[12]沼液中硫化氢去除方法的研究进展. Wu Rong,吴荣. 2016

[13]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

[14]沼液营养液对快菜生长和生理特性的影响. 吴冬青,刘明池,李明,武占会. 2012

[15]酸化处理对鸡粪沼液储存中氨排放的影响. 薛文涛,郭赫,林聪,王悦,刘本生,邹国元,李吉进,孙钦平. 2019

[16]不同沼液浓度对番茄、西瓜种子萌发的影响. 李彧,蒋芳玲,刘明池,武占会,季延海,吴震. 2011

[17]施用粪肥和沼液对设施菜田土壤磷素累积与迁移的影响. 王敏锋,严正娟,陈硕,高杰云,李吉进,许俊香,陈清. 2016

[18]沼液叶面喷施对油菜产量、品质和氮素利用率的影响. 孙钦平,刘本生,李吉进,高利娟,许俊香,邹国元,刘宝存. 2013

[19]模拟淋溶条件下沼液对菜田土壤磷素淋洗及其形态的影响. 王敏锋,陈硕,朱謇,刘石磊,陈清,李吉进,许俊香. 2017

[20]不同来源沼液对土壤微生物群落碳代谢的影响. 李钰飞,许俊香,刘本生,孙钦平,李吉进,刘建斌,郎乾乾,孙仁华,靳红燕. 2021