Chen Bo, Ni Qi-liang, Cao Jian-lin, Li Fu-tian, Chen Xing-dan
State Key Lab of Applied Optics, Changchun Institute of Optics, Fine Mechanics and Physics, Chinese Academy of Sciences, Changchun 130022, China.
Guang Pu Xue Yu Guang Pu Fen Xi. 2005 Mar;25(3):360-4.
The soft X-ray and vacuum ultraviolet sources developed in CIOMP are presented. The wall-stabilized argon arc source with spectrum stability and repeatability of +/-0.3% is applied to the calibration of spectrum intensity distribution of the vacuum ultraviolet instruments as an absolute standard source. The Penning source, duobplasma source and hollow cathode source are able to produce atomic and ionic line spectra as a wavelength standard source, which covers a few nanometers to several tens nanometers with spectrum radiation stability and repeatability of +/-1.0%. In particular, the low debris laser produced plasma source with liquid aerosol spray target recently developed can emit stronger soft X-ray for soft X-ray lithography and metrology, which has a transfer efficiency as high as 0.75%/2pi x sr/2% bandwidth.
介绍了中国科学院长春光学精密机械与物理研究所研制的软X射线和真空紫外光源。壁稳氩弧光源具有光谱稳定性和±0.3%的重复性,作为绝对标准光源用于真空紫外仪器的光谱强度分布校准。潘宁源、双等离子体源和空心阴极源能够产生原子和离子线光谱作为波长标准光源,覆盖几纳米到几十纳米,光谱辐射稳定性和重复性为±1.0%。特别是,最近研制的带有液体气溶胶喷雾靶的低碎片激光产生等离子体源可发射更强的软X射线用于软X射线光刻和计量,其转换效率高达0.75%/2π×sr/2%带宽。