论文：
1. Pan Liuyang, Li Shuhui, Cao Jinyu, Wu Jiali, Zhang Zhe, Wang Kun, Huang Qiushi, Ma Bin, Li Wenbin* and Wang Zhanshan*, Ultrafast Time-Resolved Pump−Probe Investigation of Nanosecond Extreme Ultraviolet-Light-Induced Damage Dynamics on B4C/Ru Nano-Bilayer Film, Nano Letters, 2022.
2. Yu Yue, Ye Zeyi, Jiang Li, Yao Qianxia, Li Shuangying, Wu Jiali, Zhang Jinlong, Huang Qiushi, Xie Chun, Sokolov Andrey, Zhou Hongjun, Huo Tonglin, Li Wenbin* and Wang Zhanshan Wang*, Laboratory-based reflectometer using line spectra of an RF-induced gas-discharge lamp in 30- to 200-nm wavelength range,J. Astron. Telesc. Instrum. Syst., 2022, 8(1), 017002.
3. Li Wenbin*, Pan Liuyang, Wang Chunlin, Zhang Zhe, Xie Chun, Huang Qiushi and Wang Zhanshan *, Multi-shot damage on Mo/Si multilayer induced by nanosecond EUV radiation, AIP Advances, 2021, 11, 015201-1-015201-6.
4. Huang Xinchao, Kong Xiangjin, Li Tianjun, Ma Ziru, Wang Hongchang, Liu Genchang, Wang Zhanshan, Li Wenbin* and Zhu Linfan*, Controlling core-hole lifetime through an x-ray planar cavity, Physical Review Research, 2021, 3, 033063.
5. Huang Xinchao, Ma Ziru, Kong Xiangjin, Li Wenbin* and Zhu Linfan*, Spacing-dependent electromagnetically induced transparency with two nuclear ensembles inside an x-ray planar cavity, Journal of the Optical Society of America B, 2020, 37(3), 745.
6. Li Wenbin, Xing Yujie, Yu Yue, Wen Mingwu, Xie Chun, Huang Qiushi, Zhang Zhong, Yi Shengzhen, Wang Zhanshan*, Table-top soft x-ray polarimetry setup with rotatable linearly polarized light source , Journal of Astronomical Telescopes Instruments and Systems, 2019, 5(1): 019003-1-019003-7.
7. Zhang Zhe, Li Wenbin*, Huang Qiushi, Zhang Zhong, Yi Shengzhen, Pan Liuyang, Xie Chun, Wachulak Przemyslaw, Fiedorowicz Henryk and Wang Zhanshan*, A table-top EUV focusing optical system with high energy density using a modified Schwarzschild objective and a laser-plasma light source,Review of Scientific Instruments, 2018, 89(10), 103109.
8. Peng Jichang, Li Wenbin*, Huang Qiushi, Wang Zhanshan*, Microstructure evolution with varied layer thickness in magnetron-sputtered Ni/C multilayer films, Scientific Reports, 2016, 6, 31522-1-31522-7.
9. Li Wenbin, Yang Xiaoyue, Zhu Jingtao, Tu Yuchun, Mu Baozhong, Yu Haisheng, Wei Xiangjun, Huang Yuying, Wang Zhanshan*, Correction method for the self-absorption effects in fluorescence extended X-ray absorption fine structure on multilayer samples, Journal of Synchrotron Radiation, 2014, 21: 561-567.
10. Li Wenbin, Zhu, Jingtao, Li, Haochuan, Zhang, Zhong, Ma, Xiaoying, Yang, Xiaoyue, Wang, Hongchang, Wang, Zhanshan*, Ni layer thickness dependence of the interface structures for Ti/Ni/Ti trilayer studied by X-ray standing waves, ACS Appl. Mater.&Interfaces, 2012, 5(2): 404-409.
11. Li Wenbin, Zhu Jingtao, Ma Xiaoying, Li Haochuan, Wang Hongchang, Sawhney Kawal J. S., and Wang Zhanshan, Geometrical factor correction in grazing incident x-ray fluorescence experiment, Review of Scientific Instruments, 2012, 83, 053114.
专利：
授权时间 |
代表性授权专利名称及专利号 |
排名 |
2021.3 |
一种桌面型高能量密度极紫外辐照损伤测试装置ZL201810596643.5 |
第一 |
2021.3 |
一种桌面型软X射线波段光学元件偏振检测装置ZL201810600483.7 |
第一 |
2019.6 |
一种Schwarzschild物镜焦平面定位装置及定位方法ZL201611240849.1 |
第一 |
2016.11 |
一种荧光EXAFS数据的自吸收效应修正处理方法ZL201310594303.6 |
第一 |
2016.10 |
光学薄膜X射线反射率、荧光强度及光谱数据处理方法ZL201310595101.3 |
第一 |
