• Laser & Optoelectronics Progress
  • Vol. 60, Issue 17, 1716002 (2023)
Shunguan Zhang, Shan Li*, Zhuo Liu, Shaoyu Zeng, and Kebin Tang
Author Affiliations
  • School of Mechanical and Electrical Engineering, Kunming University of Science and Technology, Kunming 650500, Yunan, China
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    DOI: 10.3788/LOP221842 Cite this Article Set citation alerts
    Shunguan Zhang, Shan Li, Zhuo Liu, Shaoyu Zeng, Kebin Tang. Preparation and Performance of As40Se60 Connective Layer for Sulfur Substrate[J]. Laser & Optoelectronics Progress, 2023, 60(17): 1716002 Copy Citation Text show less
    Structure diagram of membrane system
    Fig. 1. Structure diagram of membrane system
    Schematic diagram of molecular adsorption model. (a) Physical adsorption; (b) chemical adsorption
    Fig. 2. Schematic diagram of molecular adsorption model. (a) Physical adsorption; (b) chemical adsorption
    Unit cell and section of each material. (a) As2Se3 unit cell and section; (b) ZnS unit cell and section; (c) ZnSe unit cell and section; (d) Ge unit cell and section
    Fig. 3. Unit cell and section of each material. (a) As2Se3 unit cell and section; (b) ZnS unit cell and section; (c) ZnSe unit cell and section; (d) Ge unit cell and section
    Composite interface model. (a) ZnS/As2Se3; (b) ZnSe/As2Se3; (c) Ge/As2Se3
    Fig. 4. Composite interface model. (a) ZnS/As2Se3; (b) ZnSe/As2Se3; (c) Ge/As2Se3
    ZnS/As2Se3 temperature potential energy change plot. (a) Temperature change; (b) potential energy change
    Fig. 5. ZnS/As2Se3 temperature potential energy change plot. (a) Temperature change; (b) potential energy change
    Total potential energy change plot
    Fig. 6. Total potential energy change plot
    Total energy and adsorption energy change plots. (a) Total energy change plot; (b) adsorption energy change plot
    Fig. 7. Total energy and adsorption energy change plots. (a) Total energy change plot; (b) adsorption energy change plot
    Adhesion test results. (a) Ge/As40Se60; (b) ZnS/As40Se60; (c) ZnSe/As40Se60
    Fig. 8. Adhesion test results. (a) Ge/As40Se60; (b) ZnS/As40Se60; (c) ZnSe/As40Se60
    ZnS/As2Se3 simulation model
    Fig. 9. ZnS/As2Se3 simulation model
    Variation of total energy and adsorption energy. (a) Variation of total energy; (b) variation of adsorption energy
    Fig. 10. Variation of total energy and adsorption energy. (a) Variation of total energy; (b) variation of adsorption energy
    Experimental result of ZnS/As40Se60
    Fig. 11. Experimental result of ZnS/As40Se60
    xyz
    As0.380.200.26
    As0.100.320.48
    Se0.870.130.40
    Se0.310.390.34
    Se0.550.290.12
    Table 1. Atomic coordinates
    Shunguan Zhang, Shan Li, Zhuo Liu, Shaoyu Zeng, Kebin Tang. Preparation and Performance of As40Se60 Connective Layer for Sulfur Substrate[J]. Laser & Optoelectronics Progress, 2023, 60(17): 1716002
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