主讲课程：《生物质能源技术与应用》、《智慧农机》、《机械创新设计》、《创新创业基础》等本科课程和《外文科技论文翻译与写作》等研究生课程。 教育经历： 2015.09-2018.12，河北农业大学 农业电气化与自动化专业 获工学博士学位。 2012.09-2014.06，上海大学 集成电路专业 获工学硕士学位。 2008.09-2012.06，东北大学 材料科学与工程专业 获工学学士学位。 科研项目： 2022-2024，河北省教育厅科学技术研究青年项目（qn2022059）：光热乙醇制氢热输运机理及其产氢性能研究，主持人，在研。 2019-2024，校内科研专项（3002071）：光热农业生物质制氢及其装备的设计与研究，主持人，在研。 2021-2023，河北省重点研发计划项目（21327211d）：丘陵山区核桃采收关键技术研究与智能装备研发，技术骨干，在研。 代表性论文： 1.dachao yuan1*,yahang peng1, luping ma1, jianchang li, jianguo zhao, jianjun hao*, shufang wang, baolai liang, jinhua ye, yaguang li*. coke and sintering resistant nickel atomically doped with ceria nanosheets for highly efficient solar driven hydrogen production from bioethanol,green chemistry,2022,24,2044-2050. (sci一区, if=11.034，第一 通讯作者) 2.dachao yuan1*, fei xie1, kailuan li1, qingqing guan, junying hou, shuhua yang, guanda han, xingyuan san, jianjun hao*, yaguang li*, atomic strategy to boost the solar heating ammonia decomposition of cobalt-based catalyst,applied surface science,2023, 613, 155973. (sci一区, if=7.392，第一 通讯作者) 3.dachao yuan1, luping ma1, jianguo zhao, xianhua bai, jianchang li, jianjun hao*, yaguang li*. sewage-free preparation of 2d metal oxides by a rapid freezing soft template method for extraordinarily activating solar-driven humidity voc combustion,catalysis science & technology, 2021,11,2456-2460. (sci二区, if=6.177，第一作者) 4. yaguang li1*, xianhua bai1,dachao yuan1, fengyu zhang, bo li, xiangyuan san, baolai liang, shufang wang*, jun luo*, guangsheng fu. general heterostructure strategy of photothermal materials for scalable solar-heating hydrogen production without the consumption of artificial energy,nature communications, 2022, 13(1),776. (sci一区, if=17.694，共同一作) 5. yaguang li1*, xianhua bai1,dachao yuan1, chenyang yu, xingyuan san, yunna guo, liqiang zhang*, jinhua ye*. cu-based high-entropy two-dimensional oxide as stable and active photothermal catalyst,nature communications,14 (2023) 14:3171. (sci一区, if=17.694，共同一作) 6. zirui lou1,dachao yuan1, fengyu zhang, yichen wang, yaguang li*, liping zhu*.fe3si assisted co3o4nanorods: a case study of photothermal catalytic co oxidation under ambient solar irradiation，nano energy,2019, 62,653-659.(sci一区, if=19.069，共同一作) 7. chengcheng shi1,dachao yuan1, luping ma, yaguang li*, yangfan lu, linjie gao*, xingyuan san, shufang wang*, guangsheng fu. outdoor sunlight-driven scalable water-gas shift reaction through novel photothermal device supported cuox/zno/al2o3nanosheets with a hydrogen generation rate of 192 mmol g-1h-1，journal of materials chemistry a,2020,8,19467-19472. (sci一区，if=14.511，共同一作) 8. chengcheng shi1,dachao yuan1, luping ma, guangsheng fu, shufang wang, yaguang li*.weak sunlight-driven mass toluene combustion through scalable cu doped ceo2microspheres,journal of cleaner production,2021,293,125328. (sci一区, if=11.072,共同一作) 9. bo li1,dachao yuan1,luping ma, chengcheng shi, yaguang li*. efficient combustion of chlorinated volatile organic compounds driven by natural sunlight，science of the total environment,2020,749,141595. (sci一区，if=10.753，共同一作) 10. xianhua bai1,dachao yuan1, yingqi xu, yaguang li*, wen lu, shufang wang, guangsheng fu, yong hu*. realizing efficient natural sunlight-driven photothermal selective catalytic reduction of nitrogen oxides by alnxassisted w doped fe2o3nanosheet，solar energy materials and solar cells,2020,208,110395. (sci二区，if=7.305，共同一作) 11. xianhua bai1,dachao yuan1, yaguang li*, hui song*, yangfan lu, xingyuan san, jianmin lu, guangsheng fu, shufang wang, jinhua ye*. ambient sunlight-driven photothermal methanol dehydrogenation for syngas production with 32.9 % solar-to-hydrogen conversion efficiency,iscience,2021, 24,102056. (sci二区, if=6.107,共同一作) 12. xiaoxiao kang1,dachao yuan1, zhiqi yi1, chenyang yu, xiaoxian yuan*, baolai liang, xingyuan san, linjie gao, shufang wang, yaguang li*. bismuth single atom supported ceo2nanosheets for oxidation resistant photothermal reverse water gas shift reaction,catalysis science & technology,2022, 12 (18), 5559-5564. (sci二区, if=6.177，共同一作) 13. qixuan wu1,dachao yuan1, haixiao wang, chenxi song, qingqing guan, wenjing wang, yaguang li*, jie zhao. ambient sunlight-driven high performance chlorinated volatile organic compound oxidation by cu0.15mn0.15ce0.7oxhollow spheres,catalysis science & technology,2023, 13, 1173-1179. (sci二区, if=6.177，共同一作) 14.dachao yuan, jianglong wang, nian fu, xiaolin wu, yuejin ma, shufang wang*. transparent conducting properties of c-axis-oriented naxcoo2epitaxial thin films，science china physics, mechanics & astronomy,2018,61,107321. (sci一区，if=5.203,第一作者) 15.dachao yuan, shuang guo, shuaihang hou, yuejin ma*, jianjun hao, jianglong wang, shufang wang*. microstructure and thermoelectric transport properties of bicuseo thin films on amorphous glass substrates，dalton transactions,2018,47,11091-11096. (sci二区, if=4.569，第一作者) 16. shuaihang hou,dachao yuan*, guoying yan, jianglong wang, baolai liang, guangsheng fu, shufang wang*. transverse thermoelectric effect in a-axis inclinedly oriented snse thin films，journal of materials chemistry c,2018, 6, 12858-12863.(sci二区, if=8.067，通讯作者) 17.dachao yuan, shuang guo, shuaihang hou, yuejin ma, jianglong wang, shufang wang*. enhanced thermoelectric performance of c-axis oriented epitaxial ba-doped bicuseo thin films，nanoscale research letters,2018,13,382. (sci二区，if=5.418,第一作者) 18. yaguang li,* qingqing guan, guangyao huang,dachao yuan, fei xie, kailuan li, zhibo zhang,* xingyuan san, and jinhua ye*. low temperature thermal and solar heating carbon-free hydrogen production from ammonia using nickel single atom catalysts,advanced energy materials.2022, 12 (45), 2202459. (sci一区，if=29.698) 19. chenxi song1, linjie gao1, mengqi wu1,dachao yuan, xiaoxiao kang, ruqian lian*, xingyuan san, yaguang li*. atomically dispersed ni catalyst to boost weak sunlight-driven co2hydrogenation with 100% co selectivity,applied surface science, 2023, 609, 155339. (sci一区, if=7.392) 20.袁大超,郭双,郝建军,马跃进,王淑芳.脉冲激光沉积c轴取向bicuseo外延薄膜及热电性能研究,材料导报, 2019,33(1),152-155. (ei，第一作者) 办公地址：河北农业大学（东校区）机电工程学院336室 4436x12威尼斯的联系方式：dachao8272@126.com |
