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成果统计

合作作者[TOP 5]

  • 谢琎

    合作成果数：7

  • 燕朴

    合作成果数：4

  • 钟国辉

    合作成果数：4

  • 商容梁

    合作成果数：4

  • 曹磊

    合作成果数：3
吴一凡 博士生
所在学院： 物质科学与技术学院
职务： --
研究方向：
备注： --
吴一凡

科研成果

7 1498 60 27 0 2
Items Views Downloads TC[WOS] TC[CSCD] H-index
排序方式：
 [1] Zhong, Guohui.,Cao, Lei.,Wang, Xingzhi.,Shang, Rongliang.,Wu, Fan.,...&Xie, Jin.(2025).Enhanced catalytic performance in oxidative dehydrogenation of ethane via trace nickel oxide and boron nitride synergy.APPLIED CATALYSIS A-GENERAL,696.浏览/下载:75/7; 被引[WOS]:0; IF:4.7/4.8评论推荐收藏
 [2] Wu, Yifan.,Cai, Xincan.,Lin, Weiyi.,Deng, Yingdong.,Zhang, Qing.,...&Xie, Jin.(2025).Enabling uniform lithiation in solid-state synthesis by preventing pre-matured surface grain coarsening through grain boundary engineering.CHEMICAL SCIENCE.浏览/下载:11/2; 被引[WOS]:0; IF:7.6/8.0评论推荐收藏
 [3] Zhong GH.,Cao L.,Wang XZ.,Shang RL.,Wu F.,...&Xie J.(2025).Enhanced catalytic performance in oxidative dehydrogenation of ethane via trace nickel oxide and boron nitride synergy.APPLIED CATALYSIS A: GENERAL,696,120197.浏览/下载:127/18; 被引[WOS]:0; IF:4.7/4.8评论推荐收藏
 [4] Cao, Lei.,Xu, Peng.,Zhong, Guohui.,Wu, Yifan.,Wen, Sheng.,...&Xie, Jin.(2024).Tandem indium oxide-boron nitride catalysts for oxidative dehydrogenation of propane.CHEMICAL COMMUNICATIONS,60(96).浏览/下载:223/5; 被引[WOS]:1; IF:4.3/4.4评论推荐收藏
 [5] Cai, Xincan.,Yan, Pu.,Xie, Tianye.,Wu, Yifan.,Zheng, Caihong.,...&Xie, Jin.(2024).Pinning the Surface Layered Oxide Structure in High Temperature Calcination Using Conformal Atomic Layer Deposition Coating for Fast Charging Cathode.ADVANCED FUNCTIONAL MATERIALS.浏览/下载:113/7; 被引[WOS]:0; IF:18.5/19.6评论推荐收藏
 [6] Yang, Shaoyu.,Yan, Pu.,Bao, Wenda.,Zhu, Haiyin.,Cai, Xincan.,...&Xie, Jin.(2023).Surface Magnesium Substitution at Spinel Lithium Manganate 8a Tetrahedral Sites for Suppressed Manganese Dissolution and Enhanced Cycle Stability.ACS ENERGY LETTERS,8(10),4278-4286.浏览/下载:425/7; 被引[WOS]:20; IF:19.3/20.8评论推荐收藏
 [7] Cai, Xincan.,Wang, Zihan.,Xing, Yurui.,Zheng, Caihong.,Yan, Pu.,...&Xie, Jin.(2023).Promotion of the Nucleation of Ultrafine Ni-Rich Layered Oxide Primary Particles by an Atomic Layer-Deposited Thin Film for Enhanced Mechanical Stability.NANO LETTERS,23(12),5770-5778.浏览/下载:524/14; 被引[WOS]:6; IF:9.6/10.1评论推荐收藏