1.ning p., lin x., cao h.*, etc., chemical engineering journal,2016,301:132~138.
2.ning p.,xu w.,cao h.*,etc., journal of chemical thermodynamics,2016, 94: 67~73.
3.ning p., xu w., cao h.*, etc., journal of chemical thermodynamics, 2016, 98: 165~172.
4.ning p., lin x., cao h.*, etc., separation and purification technology, 2014, 137: 109-115.
5.ning p., cao h.*, zhang y., hydrometallurgy, 2013, 133: 156-160.
6.ning p., cao h.*, lin x., etc., hydrometallurgy, 2013, 137: 133-139.
7.ning p., cao h.*, liu c., etc., hydrometallurgy, 2009, 97(1-2): 131-136.
8.ning p., cao h.*, zhang y., separation and purification technology, 2009, 70(1):27-33.
9.yang, h., ning p.*, cao, h., etc.,
10.wen, j., ning, p.*, cao, h., journal of hazardous materials,2019, 364, 91-99.
11.wen j., ning p.*, cao h., etc., acs sustainable chemistry and engineering, 2018, 6(6): 7619-7626.
12.wen, j.; ning, p.*; cao, h., etc., journal of cleaner production 2018, 205, 728-737.
13.jing, x., ning, p.*, cao, h., chemical engineering journal, 2017, 315:373~381. (cover paper)
14.jing, x., ning, p.*, cao, h., etc., acs sustainable chemistry and engineering, 2017, 5: 3096-3102.
15.meng, x., ning, p.*, xu, g., separation and purification technology, 2017, 175: 506~511.