• High Power Laser and Particle Beams
  • Vol. 32, Issue 11, 112007 (2020)
Leifeng Cao, Zuhua Yang, Jihui Chen, Lai Wei, Quanping Fan, Yong Chen, Qiangqiang Zhang, and Weimin Zhou
Author Affiliations
  • Science & Technology on Plasma Physics Laboratory, Research Center of Laser Fusion, CAEP, Mianyang 621900, China
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    DOI: 10.11884/HPLPB202032.200141 Cite this Article
    Leifeng Cao, Zuhua Yang, Jihui Chen, Lai Wei, Quanping Fan, Yong Chen, Qiangqiang Zhang, Weimin Zhou. Conceptual design of soft X-ray online calibration system for ICF[J]. High Power Laser and Particle Beams, 2020, 32(11): 112007 Copy Citation Text show less
    Layout of beamline 4B7B
    Fig. 1. Layout of beamline 4B7B
    Layout of single-element monochromator
    Fig. 2. Layout of single-element monochromator
    Method to construct a grazing incidence reflection Fresnel zone plate
    Fig. 3. Method to construct a grazing incidence reflection Fresnel zone plate
    Method to construct single-order diffraction grating by Kuang Longyu et al[25]
    Fig. 4. Method to construct single-order diffraction grating by Kuang Longyu et al[25]
    Method to construct SRZP from an RZP
    Fig. 5. Method to construct SRZP from an RZP
    Energy response of SRZP monochromator to blackbody radiation spectrum(design energy point 500 eV)
    Fig. 6. Energy response of SRZP monochromator to blackbody radiation spectrum(design energy point 500 eV)
    Energy response of multilayer(a) SRZP monochromator combined with 50 μm thick Ti filter(b) to 200 eV blackbody radiation spectrum(c)
    Fig. 7. Energy response of multilayer(a) SRZP monochromator combined with 50 μm thick Ti filter(b) to 200 eV blackbody radiation spectrum(c)
    Layout of two whole-same monochromatic soft X-ray beams from a share laser plasma source
    Fig. 8. Layout of two whole-same monochromatic soft X-ray beams from a share laser plasma source
    Conceptual design of on-line calibration system for ICF soft X-ray components for Shenguang-III prototype facility
    Fig. 9. Conceptual design of on-line calibration system for ICF soft X-ray components for Shenguang-III prototype facility
    Energy spectrum characteristics and resolution level of each channel of ICF soft X-ray component online calibration system for Shenguang-III prototype facility
    Fig. 10. Energy spectrum characteristics and resolution level of each channel of ICF soft X-ray component online calibration system for Shenguang-III prototype facility
    selected energy/ eV object distance/ mm image distance/ mm RZP size grazing incident angle/(°) exit angle/ (°) source size (HHFW)/μm slit width/ μm band width E/∆E
    500165059650 mm×10 mm1.34.12001001000
    Table 1.

    Design parameters of a single optical element soft X-ray monochromator

    一款单元件软X射线单色仪的设计参数

    channel No.energy /eV
    1#/11#20
    2#/12#300
    3#/13#400
    4#/14#500
    5#/15#640
    6#/16#950
    7#/17#1500
    8#/18#2500
    9#/19#4500
    10#/20#5000
    Table 2.

    Energy channel distribution of ICF soft X-ray component online calibration system for Shenguang-III prototype facility

    神光-III原型装置ICF软X射线元器件在线标定系统能点分布

    Leifeng Cao, Zuhua Yang, Jihui Chen, Lai Wei, Quanping Fan, Yong Chen, Qiangqiang Zhang, Weimin Zhou. Conceptual design of soft X-ray online calibration system for ICF[J]. High Power Laser and Particle Beams, 2020, 32(11): 112007
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