薛松-ag旗舰厅在线

2016.09—2020.01

慕尼黑工业大学

博士

2013.09—2016.06

兰州大学

硕士

2009.09—2013.06

兰州大学

学士

2023.03—至今

中国石油大学（华东）

副教授

2020.04—2023.02

中国科学院青岛生物能源与过程研究所

博士后

1. xue, s.; haid, r. w.; kluge, r. m.; et al., enhancing the hydrogen evolution reaction activity of platinum electrodes in alkaline media using ni‐fe clusters.angew. chem. int. ed. engl.2020, 59, 10934 (中科院分区一区，影响因子15.336，他引次数39)。

2. xue, s.; liang, y.; hou, s.; et al., alpha-nickel hydroxide coating of metallic nickel for enhanced alkaline hydrogen evolution. chemsuschem 2022, 15, e202201072 (中科院分区一区，影响因子8.928)。

3. xue, s.; liu, r.; cheng, y.; et al., monopolar membrane-assisted acid-alkaline amphoteric water electrolysis towards efficient hydrogen generation. j. power sources 2023,557, 232561 (中科院分区一区，影响因子9.719)。

4.xue, s.¹; watzele, s.¹; čolić, v.; et al., reconsidering water electrolysis: producing hydrogen at cathodes together with selective oxidation of n -butylamine at anodes. chemsuschem2017, 10, 4812 (中科院分区一区，影响因子8.928，他引次数13)。

5.xue, s.; garlyyev, b.; auer, a.; et al., how the nature of the alkali metal cations influences the double-layer capacitance of cu, au, and pt single-crystal electrodes. j. phys. chem. c2020,124, 12442 (中科院分区二区，影响因子4.126，他引次数18)。

6.xue, s.; garlyyev, b.; watzele, s.; et al., influence of alkali metal cations on the hydrogen evolution reaction activity of pt, ir, au, and ag electrodes in alkaline electrolytes. chemelectrochem2018, 5, 2326 (中科院分区二区，影响因子4.782，他引次数82)。

7.xue, s.; hou, x.; xie, w.; et al., dramatic improvement of photocatalytic activity for n-doped bi₂o₃/g-c₃n₄ composites.mater. lett. 2015, 161, 640 (中科院分区三区，影响因子3.423，他引次数14)。

8.xue, s.; wei, z.; hou, x.; et al., enhanced visible-light photocatalytic activities and mechanism insight of bivo₄/bi₂wo₆ composites with virus-like structures.appl. surf. sci.2015, 355, 1107 (中科院分区二区，影响因子6.707，他引次数35)。

9. garlyyev, b.¹; xue, s.¹; pohl, m. d.; et al., oxygen electroreduction at high-index pt electrodes in alkaline electrolytes: a decisive role of the alkali metal cations.acs omega2018, 3, 15325 (中科院分区三区，影响因子3.512，他引次数32)。

10. gai, h.¹; xue, s.¹; wang, x.; et al., sandwich-like hierarchical porous dual-carbon catalyst with more accessible sites for boosting oxygen reduction reaction. mater. today energy2021, 21, 100809 (中科院分区二区，影响因子7.311，他引次数3)。

11.garlyyev, b.; xue, s.; fichtner, j.; et al., prospects of value-added chemicals and hydrogen via electrolysis. chemsuschem 2020, 13, 2513 (中科院分区一区，影响因子8.928，他引次数36)。

12. li, w.; xue, s.; watzele, s.; et al., advanced bifunctional oxygen reduction and evolution electrocatalyst derived from surface-mounted metal-organic frameworks.angew. chem. int. ed. engl.2020, 132, 5886 (中科院分区一区，影响因子15.336，他引次数59)。

13. hu, j.; xue, s.;schneider, o.; et al., comparison of the absolute mass sensitivity of ring electrode qcm and standard qcm using electrodeposition. electrochem. commun. 2020, 119, 106826 (中科院分区二区，影响因子5.443，他引次数4)。

14. hou, x.; xue, s.;liu, m.; et al., hollow irregular octahedra-like nico₂o₄ cages composed of mesoporous nanosheets as a superior anode material for lithium-ion batteries. chem. eng. j.2018, 350, 29 (中科院分区一区，影响因子16.744，他引次数29)。

15. garlyyev, b.; xue, s.; watzele, s.; et al., influence of the nature of the alkali metal cations on the electrical double layer capacitance of model pt(111) and au(111) electrodes.j. phys. chem. lett.2018, 9, 1927 (中科院分区一区，影响因子6.888，他引次数52)。

16. hou, x.; bai, s.; xue, s.;et al., wrinkled-paper-like znco₂o₄ nanoflakes as a superior anode material for ultrahigh-rate lithium-ion batteries.j. alloys compd.2017, 711, 592 (中科院分区二区，影响因子6.371，他引次数15)。

17. hu, j.; huang, x.; xue, s.;et al., measurement of the mass sensitivity of qcm with ring electrodes using electrodeposition. electrochem. commun.2020, 116, 106744 (中科院分区二区，影响因子5.443，他引次数7)。

18. garlyyev, b.; liang, y.; xue, s.; et al., theoretical and experimental identification of active electrocatalytic surface sites.curr. opin. electrochem.2018, 14, 206 (中科院分区二区，影响因子7.664，他引次数13)。

19. watzele, s.; hauenstein, p.; liang, y.; xue, s.; et al., determination of electroactive surface area of ni-, co-, fe-, and ir-based oxide electrocatalysts. acs catal.2019, 9, 9222 (中科院分区一区，影响因子13.7，他引次数49)。

20. ding, x.; scieszka, d.; watzele, s.; xue, s.; et al., a systematic study of the influence of electrolyte ions on the electrode activity. chemelectrochem2022, 9, 202101088。(中科院分区二区，影响因子4.782，他引次数1)。

21. hou, s.; li, w.; watzele, s.; kluge, r. m.; xue, s.; et al., metamorphosis of heterostructured surface-mounted metal-organic frameworks yielding record oxygen evolution mass activities. adv. mater.2021, 33, 2103218 (中科院分区一区，影响因子32.086，他引次数13).