Zhang Wenjing's academic papers
, stone, he Haiyang, etc. Simulation of water-rock interaction during artificial recharge. Journal of Jilin University (Earth Science Edition), 20 1 3,43,1,220-227. (ei)*, forest, stone, etc. Influence of artificial recharge on groundwater quality. 2012,5 (42):1404-1409. (ei) Zhang Wenjing *, Su Xiaosi, Gu Xiaoxi. Simulation of multi-component solute reaction and migration under artificial recharge. Journal of Jilin University (Earth Science Edition), 2012,2. He Haiyang, Gu Xiaoxi. Study on the influence of underground environmental factors on the biodegradation behavior of chlorobenzene under artificial recharge. Journal of Yangtze Academy of Sciences. 20 12, (07). Zhang Wenjing *, He Haiyang, Gu Xiaoxi. Study on the influence of underground temperature factors on chlorobenzene adsorption behavior under artificial recharge, Anhui agricultural science, 2012,6. Zhang Wenjing *, Kang Bo, Meng Jingying, etc. Application of fuzzy model based on entropy weight in dynamic classification of groundwater level. Water saving irrigation, 20 12. Zhang Wenjing *, Meng Jingying, Kangbo. Study on the response relationship between groundwater depth and vegetation coverage based on GIS platform. Water-saving irrigation, 2012,6. , Guo,. Optimal design of groundwater pollution monitoring network based on MAROS platform. China scientific papers online, 20 1 1, 10- 172, Lin,, Su Xiaosi. Numerical simulation of nitrobenzene migration and transformation in groundwater sources along the river. Modern Geology, March 2007 (265432, Lin, Su Xiaosi. Study on the migration law and transformation mechanism of nitrobenzene in aquifer. Hydrology, April, 2007 (27), p 1-4. , Lin, Zhang Lanying, etc. Simulation experimental study on nitrobenzene migration and transformation in groundwater sources along the river. China population, resources and environment, 2007,2 (17), p90-93. , Lin,, Su Xiaosi. Quantitative study on influencing factors of nitrobenzene migration and transformation in aquifer. Journal of Jilin University (Earth Science Edition), 2007,2 (37), p346-349. , Dong, Su Xiaosi, etc. Comprehensive analysis of groundwater pollution remediation technology. Water Resources Protection, May, 2006 (22), p 1-4. Zhang Wenjing, Liang Xiujuan. Graphic method of normal distribution for determining longitudinal dispersion coefficient of river. Journal of Jilin University (Earth Science Edition), 2004, z(34), p83-86. Textbook: Introduction to Water Conservancy and Hydropower Engineering, the 12th Five-Year Textbook, the fourth edition editor.