| 奖励与荣誉 |
Molecules 期刊编委<br/> Journal of Materials Informatics和Energy & Environmental Materials期刊青年编委<br/> 2018年获唐敖庆青年人才奖;<br/> 2014年入选吉林大学励新教师培养计划;<br/> 2012年获FIFC fellow项目支持 |
代表性成果 |
SCI论文260余篇、专利2项、专著2项、软件著作权等8项<br/> 1. “Tuning Solvation Structures with KPF6 Additives for More Stable Lithium Metal Battery Cycling”, Energy & Environmental Materials, (2026), 9(4), e70219.<br/> 2. “Ion-directed polymer/inorganic interphase with enriched charge for stable and high-rate Zn anodes”, Energy & Environmental Science, (2026), 19(11), 3629-3639.<br/> 3. “Elucidating Metal Coordination Interactions in Pt-Impregnated β-Ketoenamine-Imine Covalent Organic Frameworks for Efficient Photocatalytic Hydrogen Production”, Advanced Functional Materials, (2026), 36(39), e74589.<br/> 4. “Ionic Liquid-Confined Covalent-Organic Framework Pores as Nanoreactors for CO2 Photoconversion”. Angewandte Chemie International Edition, (2025), 64(37), e202505886.<br/> 5. "Space-Confined Charge Transfer Turns on Multicolor Emission in Metal-Organic Frameworks via Pressure Treatment". Nature Communications, (2025), 16, Article number 4166.<br/> 6. “Impact of Surface Patterning on the Reactivity of Cu2O (100) under Working Conditions: Ab initio Analysis of CO2 Adsorption and Activation”. Journal of CO2 Utilization, (2025), 94, 103056.<br/> 7. “Regulating Second Coordination Shell of Ce Atom Site and Reshaping of Carrier Enable Single-Atom Nanozyme to Efficiently Express Oxidase-like Activity”. Nano Letter. (2024), 24(26), 8071–8079.<br/> 8. “A thorough examination of the variables affecting the quantum efficiency of radiative decay of trichlorotriphenylmethyl radicals”. The Journal of Physical Chemistry Part A, (2024), 128(21), 4279–4287.<br/> 9. 催化活性分析软件著作权(2022SR0837459)等八项知识产权成果。 |