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课题组新闻
- • 恭喜23级硕士研究生矣静获得比亚迪奖学金 2025-10-14
- • 恭喜23级硕士研究生陈皓秋获得研究生国家奖学金 2025-10-14
- • 祝贺硕士研究生矣静同学成果Rationally generating biomass-derived hard carbons with closed pores by cellulose (C-sp3Industrial & Engineering Chemistry Research) crosslinking lignin (C-sp2) for advanced sodium-ion battery发表在川大B级期刊《Journal of Power Source》上。 2025-06-13
- • 祝贺博士研究生艾浩同学成果Tunable Polyethyleneimine-Interpenetrated Lignin-Derived Hard Carbons with Enhanced Plateau Capacity for Application in High-Performance Sodium-Ion Batteries发表在川大B级期刊《Industrial & Engineering Chemistry Research》上。 2025-05-14
- • 祝贺博士研究生艾浩同学成果In situ synthesis of cellulose/carbon nanotubes/molybdenum disulfide composite with ultrahigh capacity and enhanced coulombic efficiency for sodium ion battery发表在中科院一区、川大B级期刊《Journal of Power Source》上。 2025-04-30
- • 祝贺硕士研究生陈皓秋同学的成果 High mechanical strength cellulose microspheres with homogeneous regeneration framework achieved by mild solvent exchange strategy for adsorption of flavonoids发表在中科院1区川大B级期刊Separation and Purification Technology上。 2025-03-17
- • 祝贺硕士研究生矣静同学的专利《一种交联纤维素木质素衍生高闭孔硬炭负极材料的制备方法》被专利局授权 2024-12-24
- • 恭喜实验室李莎莎和王琴同学分别获得2024年度博士组和硕士组国家奖学金 2024-11-06
- • 恭喜课题组硕士研究生王珊珊同学的研究成果Preparing macro-mesoporous membrane based on carbon nanotubes supported “rattan-like” amyloid protein nanofibers for high-performance removal of Congo red被川大B级，SCI期刊Industrial & Engineering Chemistry Research 接收。 2024-10-10
- • 恭喜博士研究生艾浩同学的专利《一种交联接枝聚乙烯亚胺木质素硬炭负极材料的制备方法》被授权！ 2024-09-19
- • 恭喜课题组博士研究生李莎莎同学的研究成果Macroporous cellulose microspheres with high specific surface area via semi-dissolved chitosan templating for protein separation被高水平SCI期刊Chemical Engineering Science接收。 2024-08-14
- • 恭喜陈香岑同学牵头的项目《利用双水相法ATPS制备多孔纤维素整体柱及其蛋白分离评价》获得第九届全国大学生生命科学竞赛国家级三等奖 2024-06-08
- • 恭喜硕士研究生王琴的科研成果《Regulation of macroporous cellulose microspheres via phase separation induced by carbon nanotube doping for enhanced protein adsorption》被中科院一区，川大B级期刊Carbohydrate Polymers接收 2024-07-23
- • 恭喜实验室秦淑贞同学毕业论文获得四川大学优秀毕业论文三等奖 2024-06-28
- • 恭喜课题组乔亮智博士的研究成果Sequential diethylaminoethyl dextran-grafting and diethylaminoethyl modification improve the adsorption performance of anion exchangers发表在二区期刊Journal of Chromatoghraphy A上。 2024-06-25