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华北电力大学（北京校区）招收2024年度入学氢能和储能方向博士生与博士后
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欢迎广大学子报考硕士、博士研究生以及博士后。课题组正在组建储氢材料技术研究团队，广纳贤才，诚挚欢迎海内外人才申请讲师、副教授以及教授岗。 https://thermal.ncepu.edu.cn/szd ... a979bdeb89e7fa6.htm 课题组负责人简介 武英，博士，华北电力大学教授，博士生导师。上海市东方学者特聘教授。先后在韩国仁荷大学、日本大阪大学、北海道大学和挪威科技大学以博士后、jsps研究员、coe特聘助教授资格，从事新能源材料的研究工作。现兼任国际材料联合体（iumrs）出版委员会主任、中国材料研究学会（c-mrs）常务理事、出版委员会副主任、c-mrs能源转化与存储材料分会副秘书长，国际期刊“progress in nature science: materials international”（sci）副主编，“钢journal of iron and steel research international”（sci）编委，全国氢能标委会委员和高温燃料电池委员会委员。主持了多项国家科技部“863”、国家重点研发计划、国家自然科学基金和装备预研领域共用技术等项目。申请发明专利50余项。发表学术论文130多篇。著作2部。获得国家航天部科技进步一等奖、韩国金属材料学会优秀科技论文奖、日本学术振兴会(jsps)的资助以及中国材料研究学会科学技术一等奖。 主要研究方向： （1）新型储氢材料，包括储氢合金、镁基材料、limgn材料、硼氢化物等复杂氢化物材料； （2）高容量储/制氢材料、器件、供氢系统及与燃料电池耦合发电系统； （3）新型储能电池材料，包括锂电池、水系电池等； （4）基于密度泛函理论的分子与材料模拟、基于有限元法的结构优化设计。 近一年代表作： 1.congwen duan*, mengmeng wu, xinya wang, dong fu, yuling zhang, wei lv, lianxi hu, ming li, fei wang, ying wu*. the effect of vacancy defective mg (0001) surface on hydrogenation of ni-mg-cnts: a mechanistic investigation. fuel, 2023, 341:127730. 2. wei lv, jingwen meng, xudong li, chao xu*, weijie yang, yiming li, xing ju, runsong yuan, yonglan tian, miaomiao wang, xuefeng lyu, peiyuan pan, xiaolei ma, yu cong, ying wu*. boosting zinc storage in potassium-birnessite via organic-inorganic electrolyte strategy with slight n-methyl-2-pyrrolidone additive. energy storage mater., 2023, 54:784-793. 3.yang zhao, tong li, haixiang huang, tingting xu, bogu liu, bao zhang, jianguang yuan*, ying wu *. a highly efficient hydrolysis of mgh2 catalyzed by nico@c bimetallic synergistic effect. j. mater. sci. technol., 2023, 137:176-183. 4. bogu liu, bao zhang, haixiang huang, xiaohong chen, yujie lv, zhongyu li, jianguang yuan, ying wu*. catalytic mechanism of in-situ ni/c co-incorporation for hydrogen absorption of mg. j. magnes. alloy. 2023, 11(5):1815-1824. 5. congwen duan*, yating tian, xinya wang, jinhui wu, bogu liu, dong fu,yuling zhang, wei lv, lianxi hu, fei wang, xu zhang, ying wu**. anchoring mo single atoms on n-cnts synchronizes hydrogenation/dehydrogenation property of mg/mgh2. nano energy, 2023,113 98:108536. 6. yujie lv, bao zhang, haixiang huang, bogu liu, wei lv, jianguang yuan*, guanglin xia, xuebin yu, dalin sun, ying wu*, niobium fluoride-modified hydrogen evolution reaction of magnesium borohydride diammoniate. j. mater. sci. technol., 2023, 156: 197-205. 7. youhua yan, zhongyu li, shaoxiong zhou*, ying wu*. effect of mn substitution on platform pressure regulation of ti0.92zr0.1cr1.6-xmnxfe0.4 alloys for primary hydrogen compression. j. alloys compd., 2023, 952:169935. 8. 阎有花，李众宇，武英*，周少雄*.高压复合储氢装置用 ti-zr-cr-mo-mn 储氢合金. 稀有金属, 2023, 47(03):451-457. 9. haixiang huang, tingting xu, jinting chen, yang zhao, yujie lv, bogu liu, bao zhang, jianguang yuan, ying wu*. efficient nanocatalysis of ni/sc2o3@flg on magnesium hydrolysis of hydrogen generation. j. mater. sci. technol. accepted. 10. shuai dong, chaoqun li, jinhui wang, hao liu, zhao ding, zhengyang gao, weijie yang*, wei lv, li wei, ying wu* , and hao li. the “burst effect” of hydrogen desorption in mgh2 dehydrogenation. j. mater. chem. a, 2022, 10:22363-22372. 11. congwen duan*, zhaohua su,yating tian, dong fu, yuling zhang, wei lv, jinghong zhang, lianxi hu, ying wu*. ni-cnts as an efficient confining framework and catalyst for improving dehydriding/rehydriding properties of mgh2. renew. energy, 2022, 187: 417-427. 12. bogu liu, bao zhang, xiaohong chen, yujie lv, haixiang huang, jianguang yuan, wei lv, ying wu*. remarkable enhancement and electronic mechanism for hydrogen storage kinetics of mg nano-composite by a multi-valence co-based catalyst. materials today nano, 2022, 17: 100168. 13. wei lv, jingwen meng, yiming li, weijie yang, yonglan tian, congwen duan, songqin xia, xiaolei ma, ying wu*. inexpensive and eco-friendly nanostructured birnessite-typeδ-mno2: a design strategy from oxygen defect engineering and k +??pre-intercalation. nano energy, 2022, 98:107274. 14. congwen duan*, zhaohua su, yating tian, dong fu, yuling zhang, wei lv, jinghong zhang, lianxi hu, ying wu*. mechanochemical assisted hydrogenation of??mg-cnts-ni：kinetics modeling and reaction mechanism. chem. eng. j., 2022, 441:136059. 15. jianguang yuan, ming yao, yujie lv, haixiang huang, jinting chen, bogu liu, bao zhang, wei lv, ying wu *. influence of heat exchanger structure on hydrogen absorption-desorption performance of hydrogen storage vessel. prog. nat. sci.: mater. int., 32(5):617-624. 16. xiaohong chen, kai niu, zhiyong xue, xundao liu, bao zhang, hong zeng, wei lv, wenhan li, yongming zhang,* ying wu*. ultrafine pt nanoparticles supported on n,s-codoped porous carbon nanofibers as efficient multifunctional materials for noticeable oxygen reduction reaction and water splitting performance. nanoscale adv., 2022, 4:1639-1648. 17. zhongyu li, youhua yan, haixiang huang, bogu liu, yujie lv, bao zhang, wei lv, jianguang yuan, ying wu*. effects of the different element substitution on hydrogen storage properties of ti0.8zr0.2mn0.9cr0.6v0.3m0.2 (m = fe, ni, co). j. alloys compd., 2022, 908:164605-164612. 18. youhua yan, zhongyu li, ying wu*, shaoxiong zhou*. hydrogen absorption-desorption characteristic of (ti0.85zr0.15)1.1cr1-xmoxmn based alloys with c14 laves phase. prog. nat. sci.: mater. int., 2022, 32:143-149. 19. haixiang huang, bogu liu, yujie lv, wei lv, jianguang yuan, ying wu*. double regulation of mg95ni5 hydride in suppressing ammonia and promoting hydrogen evolution for mg(bh4)2?2nh3, j. alloys compd.. 2022, 901:163468-163474. 20. jinting chen, zhongyu li, haixiang huang, yujie lv, bogu liu, yongtao li, ying wu, jianguang yuan, yanjie wang. superior cycle life of tizrfemncrv high entropy alloy for hydrogen storage. scr. mater. 2022, 212:114548-114553. 招生要求： 1. 2024年应届毕业生。 2. 已通过cet-6考试。 （请注意，本次为招收2024年秋季入学的博士生） 联系方式： 刘老师?liubogu@necpu.edu.cn 发自小木虫Android客户端 |
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