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wlj729

木虫 (正式写手)

nature特约投稿人

应助: 0 (幼儿园)
金币: 2495.4
散金: 414
红花: 3
帖子: 536
在线: 445.4小时
虫号: 602577
注册: 2008-09-14
专业: 无机纳米化学

[调剂信息] 绍兴文理学院招收化学专业调剂生1名（课题组招）（已确定人选，谢谢）

考研调剂招生信息

学校:	绍兴文理学院
专业:	理学->化学->无机化学
年级:	2024
招生人数:	1
招生状态:	正在招生中
联系方式:	********* (为保护个人隐私,联系方式仅限APP查看)

补充内容

各位调剂生，我课题组招收化学专业调剂生1名，招生计划属于绍兴文理学院化学化工学院化学专业无机化学方向。文理学院研究生奖助学金丰厚，能够抵消学费、住宿费和生活费支出，具体政策见官网：https://yjsc.usx.edu.cn/info/1186/4851.htm。无机化学方向第二批调剂正在进行。有兴趣的学生请与我联系：ljwang@usx.edu.cn

招生要求：对科研有兴趣和目标，听话，坐得住，做事有条理，有执行力，有责任心，化学相关专业（须理科生）。

【个人简介】
2019.01 - 至今绍兴文理学院，化学化工学院，副教授，硕士生导师
2017.12 - 2018.02日本九州大学应用化学系访问学者（合作导师：tatsumi ishihara）
2013.07 - 2018.12 绍兴文理学院，化学化工学院，讲师
2009.09 - 2013.06 中国科学院上海硅酸盐研究所，材料物理与化学专业，博士

【研究方向】
1）无机纳米（复合材料）催化剂
2）催化法合成可再生燃料与化学品
3）生物质废弃物化学法资源化利用

【发表论文】
1. shuangshuang cen, lijun wang*, cong wan. oxygenated groups enriched polyolefin-zr(iv) complexes catalyzing low-temperature transfer hydrogenation of biomass-derived furfural with 2-propanol. fuel, 2023, 357, 129864. (if=7.4)
2 cong wan, shuangshuang cen, xinyan chai, lijun wang*. green oxidative esterification of furfural over nano-au supported on highly basic anion exchange resin beads. molecular catalysis, 2023, 549, 113537. (if=4.6)
3. fan song, shuangshuang cen, cong wan, lijun wang*. nano-au anchored in organic base group-grafted silica aerogel: a durable and robust catalysts for green oxidative esterification of furfural. chemcatchem, 2022, 14, e202200704. (if=5.497)
4. fan song, xiandong yao, cong wan, lijun wang, shuang xi. titanosilicate mesoporous materials with adjustable textural properties for catalyzing the acetalization reaction of biomass derived furfural and n-propanol. journal of sol-gel science and technology, 2023, 106, 349-359. (if=2.5)
5. zhou bo, song fan, ma xinyue, wang lijun* . batch and continuous-flow preparation of biomass-derived furfural acetals over a tio2 nanoparticle-exfoliated montmorillonite composite catalyst. chemsuschem, 2021, 14, 2341-2351. (if=8.928, 本工作被选为feature cover)
6. zhou shanshan, zhou bo, wang lijun*. effects of ti4+ doping on residual na contents and catalytic properties of mgal-ldh-derived mmos in cycloaddition of co2 to styrene oxide. catalysis communications, 2021, 148, 106174. (if=3.626)
7. zhong yang, zhou bo, wang lijun*. fe/feox embedded in ldh catalyzing c-c bond forming reactions of furfural with alcohols in the absence of a homogeneous base. molecular catalysis, 2020, 493, 111056. (if=5.062)
8. yang bin, wang lijun, hua zile, guo limin*. how co2 chemisorption states affect hydrogenation activity. industrial & engineering chemistry research, 2019, 58, 9838-9843. (if=3.573)
9. wang lijun*, wang yusen, wang xiaoxia, feng xiaolan, ye xiao, fu jie. small-sized mg╟al ldh nanosheets supported on silica aerogel with large pore channels: textural properties and basic catalytic performance after activation. nanomaterials, 2018, 8, 113. (if=5.076)
10. wang lijun*, wang yusen, wang xiaoxia. synthesis and in vitro characterization of fe3+-doped layered double hydroxide nanorings as a potential imageable drug delivery system. materials, 2017, 10, 1140. (if=3.057)
11. feng xiaolan, wang lijun*, yao xiandong, dong huaping, wang xiaoxia, wang yusen. trace water/amino-modified silica aerogel catalytic system in the one-pot sequential reaction of benzaldehyde dimethyl acetal and nitromethane. catalysis communications, 2017, 90, 106-110. (if=3.612)
12. lijun wang*, xiaoxia wang, jianfa li, xiaolan feng,yusen wang. silica aerogel-supported hydrozincite and carbonate-intercalated hydrotalcite for high-efficiency removal of pb(ii) ions by precipitation transformation reactions. nanoscale research letters, 2017,12, 549. (if=3.581)
13. lingna shi, lijun wang, tao zhang, jianfa li*, xiaoyi huang, jing cai, jinhong lü, yue wang. reducing the bioavailability and leaching potential of lead in contaminated water hyacinth biomass by phosphate-assisted pyrolysis. bioresource technology, 2017, 241, 908-914. (if=7.539)
14. huang ming, wang lijun, zhang xiaojuan, zhou jin, liu lihua, pan yuefang, yu bin, yu zhangsen*. synthesis and characterization of folic acid labeled upconversion fluorescent nanoprobes for in vitro cancer cells targeted imaging. nano, 2017, 12, 1750057. (if=1.566)

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