• Laser & Optoelectronics Progress
  • Vol. 59, Issue 11, 1114005 (2022)
Jingfang Cai1, Hao Zhou2, Ying Yan1, Min Wang1, Yijing Tang1, Ying Yu1, Laiming Wu2, and Lankun Cai1、*
Author Affiliations
  • 1State Key Laboratory of Environmental Protection for Environmental Risk Assessment and Control of Chemical Process, East China University of Science and Technology, Shanghai 200237, China
  • 2Shanghai Museum, Shanghai 200050, China
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    DOI: 10.3788/LOP202259.1114005 Cite this Article Set citation alerts
    Jingfang Cai, Hao Zhou, Ying Yan, Min Wang, Yijing Tang, Ying Yu, Laiming Wu, Lankun Cai. Study on Threshold Value of Laser Cleaning Loose Surface Green Rust Bronzes[J]. Laser & Optoelectronics Progress, 2022, 59(11): 1114005 Copy Citation Text show less
    Bronze sample for experiment
    Fig. 1. Bronze sample for experiment
    EDS spectrum of surface before cleaning
    Fig. 2. EDS spectrum of surface before cleaning
    Morphology comparison before and after dry LQS cleaning
    Fig. 3. Morphology comparison before and after dry LQS cleaning
    Raman characterization of dry LQS cleaning process
    Fig. 4. Raman characterization of dry LQS cleaning process
    Morphology comparison before and after dry SFR cleaning. (a) Morphology comparison before and after cleaning; (b) ablation area
    Fig. 5. Morphology comparison before and after dry SFR cleaning. (a) Morphology comparison before and after cleaning; (b) ablation area
    EDS spectra after dry cleaning under different pulse modes. (a) LQS; (b) SFR
    Fig. 6. EDS spectra after dry cleaning under different pulse modes. (a) LQS; (b) SFR
    Morphology comparison before and after wet LQS cleaning
    Fig. 7. Morphology comparison before and after wet LQS cleaning
    Raman characterization of wet LQS cleaning process
    Fig. 8. Raman characterization of wet LQS cleaning process
    Morphology comparison before and after wet SFR cleaning
    Fig. 9. Morphology comparison before and after wet SFR cleaning
    Raman characterization of wet SFR cleaning process
    Fig. 10. Raman characterization of wet SFR cleaning process
    EDS spectra after wet cleaning under different pulse modes. (a) LQS; (b) SFR
    Fig. 11. EDS spectra after wet cleaning under different pulse modes. (a) LQS; (b) SFR
    Morphology comparison of agar gel before and after LQS cleaning
    Fig. 12. Morphology comparison of agar gel before and after LQS cleaning
    Raman characterization of LQS cleaning process of agar gel
    Fig. 13. Raman characterization of LQS cleaning process of agar gel
    Morphology comparison of agar gel before and after SFR cleaning
    Fig. 14. Morphology comparison of agar gel before and after SFR cleaning
    Raman characterization of SFR cleaning process of agar gel
    Fig. 15. Raman characterization of SFR cleaning process of agar gel
    EDS spectra of agar gel after cleaning under different pulse modes. (a) LQS; (b) SFR
    Fig. 16. EDS spectra of agar gel after cleaning under different pulse modes. (a) LQS; (b) SFR
    ElementC0SiPbClSnCuCaS
    Atomic fraction /%18.7746.980.191.190.210.3426.310.284.75
    Table 1. Element contents before cleaning
    Pulse modeC0SiPbClSnCu
    LQS16.6735.174.310.633.800.1639.25
    SFR3.7145.790.471.040.7210.2338.03
    Table 2. Element contents after dry cleaning (atomic fraction,%)
    Pulse modeC0SiPbClSnCuCa
    LQS7.1022.490.530.453.910.3365.19-
    SFR21.6834.01-3.590.130.4739.220.27
    Table 3. Element contents after wet cleaning (atomic fraction, %)
    Pulse modeC0SiPbClSnCuCaS
    LQS46.2231.080.260.730.140.8518.900.481.12
    SFR25.7340.661.250.700.44-24.010.284.33
    Table 4. Element contents of agar gel after cleaning (atomic fraction, %)
    Jingfang Cai, Hao Zhou, Ying Yan, Min Wang, Yijing Tang, Ying Yu, Laiming Wu, Lankun Cai. Study on Threshold Value of Laser Cleaning Loose Surface Green Rust Bronzes[J]. Laser & Optoelectronics Progress, 2022, 59(11): 1114005
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