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[11]zhangguangwen,杜中兴,heyaqun,Wang Haifeng,xieweining,张涛.A Sustainable Process for the Recovery of Anode and Cathode Materials Derived from Spent Lithium-Ion Batteries,2019,卷: 11期: 8
[12]zhangguangwen,heyaqun,冯驿,zhangtao,Wang Haifeng,朱向南.Recovery of residual metals from fine nonmetallic fractions of waste printed circuit boards using a vibrated gas-solid fluidized bed,2018,卷: 207页: 321-328
[13]zhangguangwen,heyaqun,冯驿,Wang Haifeng,zhangtao,xieweining,朱向南.Enhancement in liberation of electrode materials derived from spent lithium-ion battery by pyrolysis,2018,v 199,p62-68
[14]zhangguangwen,heyaqun,冯驿,Wang Haifeng,朱向南.Pyrolysis-Ultrasonic-Assisted Flotation Technology for Recovering Graphite and LiCoO2 from Spent Lithium-Ion Batteries,2018,卷: 6期: 8页: 10896-10904
[15]zhangguangwen,Wang Haifeng,杨金山,heyaqun,zhangtao.Application of electric field to a fluidized bed for recovering residual metals from fine particles of the non-metallic fraction of waste printed circuit boards,2018,卷: 187页: 1036-1042
[16]zhangguangwen,谭之海,侯浩,heyaqun,Wang Haifeng,杨兴.Lignite upgrading using a pulsing air classifier,2018,卷: 40期: 1页: 33-38
[17]zhangguangwen,Wang Haifeng,陈舒翮,杨兴,xieweining,heyaqun.Effect of tribocharger material on the triboelectric characteristics of coal and mineral particles,2017
[18]zhangguangwen,heyaqun,Wang Haifeng,wangshuai,杨兴,xiawencheng.New technology for recovering residual metals from nonmetallic fractions of waste printed circuit boards,2017
[19]zhangguangwen,Wang Haifeng,heyaqun,杨兴,彭真,wangshuai.Triboelectric separation technology for removing inorganics from non-metallic fraction of waste printed circuit boards: Influence of size fraction and process optimization,2017
[20]zhangguangwen,heyaqun,Wang Haifeng,杨兴,wangshuai.Application of triboelectric separation to improve the usability of nonmetallic fractions of waste printed circuit boards: Removing inorganics,2017
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