Over the years, he has translated many books and published more than 300 articles in domestic and foreign journals, among which dozens of articles have been included in SCI. It has trained more than 0/0 master students, more than 30 doctoral students, 2 Chinese-foreign cooperative doctoral students and 4 postdoctoral students, and is now instructing a number of doctoral students and postdoctoral students.

1. Fundamentals of Water and Wastewater Chemistry, Tang, 885 pages, China Building Industry Press, 1st edition, 2nd edition, 1979, 3rd edition, 1986.

2. Introduction to Environmental Hydrochemistry, Tang, 74 pages, environmental science series, 1988, 9 volumes, 2 issues.

3. Hydrochemistry-Introduction to Chemical Equilibrium of Natural Water, translated by Stan, Morgan and Tang.

, 550 pages, Science Press, 1987 4. Characteristics and Control Technology of Particulate Matter and Refractory Organic Matter in Water Volume I, edited by Tang, Wen Xianghua, Environmental Science Press (1999, 12).

5. Colloidal chemical viewpoint on flocculation mechanism of turbidite bauxite, Tang, Journal of Civil Engineering, 1965, 1, pp. 45-55, (1965, 1).

6. Coagulation behavior of Fe (III) polymer species, I, polymer preformed by adding alkali, II, at different concentrations,-Xiao, W. Stumm, Water Research, 2 1 (1), P 1 5-/kl.

7. Basic Research on Inorganic Polymer Flocculants, Tang, Environmental Chemistry, Vol.9, No.3, 1- 12, (1990,6).

8. Modern Water Quality Improvement Science and Technology, Tang, Environmental Chemistry, 12, No.5, 325-333, (1993,8).

9. Performance and mechanism differences between pre-polymerized inorganic flocculants and traditional flocculants, Tang, Luan, Chemical Water and Wastewater Treatment, 4th edition, Hahn, springer Press, (1996,9)10. Flocculation morphology of hydroxyl polyaluminum chloride, Tang, Journal of Environmental Science, V 18, (1) 6538.

1 1. Composite inorganic polymer flocculant, Tang Hongxiang, Luan Zhenguo, Wang Desheng, Gao Benyong, Chemical Water and Wastewater Treatment, V, ed. Hahn, Hoffman, odegard, springer Publishing House, (1998,9)

12. application of micro-interface water quality process theory and model, Tang, journal of environmental science, 20( 1), 2-9 (2000, 1).

13. environmental nano-pollutants and micro-interface water quality process, Tang, environmental science, 23 (2), 146- 155, (2003, 3).

14. environmental molecular science and environmental nanotechnology, Tang, journal of environmental science, 25 (1), 1-4 (2005, 1).

Published papers

[1] Xia Zhonghuan,,, Tang,. Study on enhanced coagulation classification treatment of organic matter in typical southern waters [J]. Environmental Science, 2006,27 (5)

[2], Wang Min, Wang Ling, Tang. Effect of ozone on coagulation of organic matter [J]. Environmental Science, 2006,27 (3)

Yan, Qu Jiuhui,,, Tang. Demonstration study on enhanced coagulation of typical high alkalinity slightly polluted water bodies in North China [J]. Journal of Environmental Science, 2006,26 (6)

Wang Dongsheng Yan Tang Jianfeng. Enhanced coagulation and optimized coagulation: necessity, research progress and development direction [J]. Journal of Environmental Science, 2006,26 (4)

[5] Tang. Environmental pollution control should be both scientific and pragmatic [J]. Science and Technology Herald (Beijing), 2006, 24 (7)

[6], Wang Min, Tang. Requirements of enhanced coagulation on hydraulic conditions [J]. China Water Supply and Drainage, 2006,22 (5)

Ge, Tang, Atomic force microscope observation on adsorption and aggregation behavior of dissolved humus at mica interface [J]. China Science: Series B, 2005,35 (4)

Don ... Environmental Molecular Science and Environmental Nanotechnology [J]. Journal of Environmental Science, 2005,25 (1)

Ge Xiaopeng Tang Xiaohong Wang Dongsheng Lv Chunhua Oriole. Application and prospect of atomic force microscope in the study and characterization of environmental samples [J]. Journal of Environmental Science, 2005,25 (1)

[10] Zhou Aimin, Tang, Adsorption of Phosphorus on Natural Sediment-Water Interface [J]. Journal of Environmental Science, 2005,25 (1)

[1 1] Study on the mechanism of removing humic acid from water by Liu Hong Wang Dongsheng Lv Chunhua Lu Yiqiang Tang Xiaohong Al 13 coagulation [J]. Environmental Chemistry, 2005,24 (2)

Don

[12] Tang,,. Study on Organic Polymer Coagulant for Typical South Source Water [J]. China Water Supply and Drainage, 2005,21(7) [13] Ge Liurui Xia Tang. Observation and Characterization of Micromorphology of Bacillus cereus in Heavy Metal Biosorption [J]. Environmental Science.

[14] Tao Qinghui, Tang. * * * Influence of pollutants on the adsorption of atrazine on natural sediments [J]. Journal of Environmental Science, 2004,24 (4)

[15] Tao Qinghui, Tang. Competitive adsorption of two dyes and atrazine on sediments [J]. china environmental science, 2004,24 (2)

Tang Qinghui and Xiao Hong. Adsorption Behavior of Atrazine in Natural Water Sediments [J]. Environmental Chemistry, 2004,23 (2)

[17] Tao Qinghui, Tang. Research Progress on Quality Assessment of Polychlorinated Biphenyls Contaminated Sediments [J]. Environmental Pollution Control Technology and Equipment, 2004,5 (1)

Don. New progress of hydroxyl polymer flocculant and flocculation technology [J]. Water treatment information report in 2004 (5)

Guo Jingheng, Zhang Xiaoshan, Tang. Effects of acid deposition on surface ecosystem ——Ⅰ. Activation and Migration of Aluminum in Soil [J]. Soil, 2003,35 (2)

[20] Guo Jinlong,,,, Luan,, Tang. Study on particle retention mechanism of deep filtration [J]. Environmental Science, 2003,24 (3)