Chongchong Shan
East China Normal University
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Publication
Featured researches published by Chongchong Shan.
Carbohydrate Research | 2009
Xinhua Zhao; Aiguo Kong; Yawei Hou; Chongchong Shan; Hanming Ding; Yongkui Shan
A novel aqueous solution-ionic liquid biphasic catalytic system was established for the oxidative degradation of chitosan under mild conditions. In this process, the environmentally acceptable and inexpensive molecular oxygen was first used as oxidant, the metal phthalocyanine was immobilized in ionic liquid as catalyst, and the aqueous solution as medium carried the reactants and the products. Under vigorous stirring and heating, the reactants fully contacted the catalysts in the emulsion and chitosan efficiently degraded into water-soluble materials. At the end of the reaction, the catalytic system could be easily separated by simple decantation and could also be reused in subsequent runs without apparent change in activity. These characters are in favor of the elimination of pollution and the reduction of the economic cost in the large-scale production of the water-soluble chitosan derivatives in chemical industry.
Catalysis Letters | 2009
Xinhua Zhao; Aiguo Kong; Chongchong Shan; Ping Wang; Xinhua Zhang; Yongkui Shan
Archive | 2011
Chongchong Shan; Yongkui Shan; Aiguo Kong; Ping Wang; Wenjuan Wang; Xinhua Zhang; Haiyan Zhu
Catalysis Letters | 2010
Xinhua Zhao; Aiguo Kong; Xinhua Zhang; Chongchong Shan; Hanming Ding; Yongkui Shan
Archive | 2009
Yongkui Shan; Chongchong Shan; Xinhua Zhao; Ping Wang; Xinhua Zhang
Archive | 2009
Yongkui Shan; Xinhua Zhang; Yawei Hou; Chongchong Shan; Ping Wang
Archive | 2010
Chongchong Shan; Yongkui Shan; Ping Wang; Xinhua Zhang; Xinhua Zhao; Haiyan Zhu
Archive | 2010
Chongchong Shan; Yongkui Shan; Aiguo Kong; Ping Wang; Wenjuan Wang; Haiyan Zhu
Archive | 2009
Yongkui Shan; Chongchong Shan; Xinhua Zhao; Ping Wang; Xinhua Zhang
Archive | 2010
Xinhua Zhang; Ping Wang; Chongchong Shan; Yawei Hou; Aiguo Kong; Yongkui Shan