• Journal of Inorganic Materials
  • Vol. 38, Issue 7, 778 (2023)
Yunxia SONG1, Yinglei HAN2, Tao YAN2、*, and Min LUO2、*
Author Affiliations
  • 11. School of Electronic, Electrical Engineering and Physics, Fujian University of Technology, Fuzhou 350108, China
  • 22. Key Laboratory of Optoelectronic Materials Chemistry and Physics, Fujian Institute of Research on the Structure of Matter, Chinese Academy of Sciences, Fuzhou 350002, China
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    DOI: 10.15541/jim20220667 Cite this Article
    Yunxia SONG, Yinglei HAN, Tao YAN, Min LUO. New Ultraviolet Nonlinear Optical Crystal Rb3Hg2(SO4)3Cl [J]. Journal of Inorganic Materials, 2023, 38(7): 778 Copy Citation Text show less
    XRD pattern of (a) Rb3Hg2(SO4)3Cl and its crystal data fitting results (b)
    1. XRD pattern of (a) Rb3Hg2(SO4)3Cl and its crystal data fitting results (b)
    Energy dispersive X-ray spectrum of Rb3Hg2(SO4)3Cl
    2. Energy dispersive X-ray spectrum of Rb3Hg2(SO4)3Cl
    TG curve of Rb3Hg2(SO4)3Cl
    3. TG curve of Rb3Hg2(SO4)3Cl
    Crystal structure of Rb3Hg2(SO4)3Cl
    4. Crystal structure of Rb3Hg2(SO4)3Cl
    UV-Vis-NIR diffuse reflectance spectrum of Rb3Hg2(SO4)3Cl
    5. UV-Vis-NIR diffuse reflectance spectrum of Rb3Hg2(SO4)3Cl
    Images of Rb3Hg2(SO4)3Cl birefringence
    6. Images of Rb3Hg2(SO4)3Cl birefringence
    SHG measurements of Rb3Hg2(SO4)3Cl ground crystals (red) with KDP (black) as a reference
    7. SHG measurements of Rb3Hg2(SO4)3Cl ground crystals (red) with KDP (black) as a reference
    Energy band structures and electronic density distribution of Rb3Hg2(SO4)3Cl
    8. Energy band structures and electronic density distribution of Rb3Hg2(SO4)3Cl
    Calculated electron density diagram of Rb3Hg2(SO4)3Cl
    9. Calculated electron density diagram of Rb3Hg2(SO4)3Cl
    Calculated SHG coefficients of Rb3Hg2(SO4)3Cl
    10. Calculated SHG coefficients of Rb3Hg2(SO4)3Cl
    Calculated refractive index dispersion curves of Rb3Hg2(SO4)3Cl
    11. Calculated refractive index dispersion curves of Rb3Hg2(SO4)3Cl
    ParametersRb3Hg2(SO4)3Cl
    Mass formula981.22
    Crystal systemMonoclinic
    Space groupP21
    a/nm0.78653(2)
    b/nm0.97901(2)
    c/nm1.00104(3)
    β/(°)111.095(3)
    V/nm30.71916(3)
    Z2
    ρ(calcd)/(g·cm-3)4.531
    Temperature/K293(2)
    λ/nm0.071073
    F(000)864.0
    μ/mm-139.701
    Rint0.0304
    R/wR (I>2σ(I))0.0304/0.0703
    R/wR (all data)0.0317/0.0712
    GOF on F21.023
    Largest diff. peak and hole (e/nm-3)1.22×10-3 and -1.76×10-3
    Table 1. Crystal parameters and structure refinements for Rb3Hg2(SO4)3Cl
    SpeciesDipole moment/D
    xyzTotal
    HgO5(typeⅠ)1.2770.673-0.5631.549
    HgO5(typeⅡ)-1.2770.6730.5631.549
    Hg-O01.34601.346
    HgO4Cl(typeⅠ)0.2703.231-1.5913.611
    HgO4Cl(typeⅡ)-0.2623.2241.5913.605
    Hg-O & ∑Hg-Cl0.0086.45506.455
    SO4 (typeⅠ)-0.928-0.1032.0472.250
    SO4 (typeⅡ)-1.1771.6090.6072.084
    SO4 (typeⅢ)1.767-0.702-1.5052.425
    SO4 (typeⅣ)0.928-0.102-2.0392.243
    SO4 (typeⅤ)-1.765-0.7021.5122.428
    SO4 (typeⅥ)1.1761.611-0.6082.085
    S-O0.0011.6110.0141.611
    Table 2. Calculated dipole moments of Rb3Hg2(SO4)3Cl
    Yunxia SONG, Yinglei HAN, Tao YAN, Min LUO. New Ultraviolet Nonlinear Optical Crystal Rb3Hg2(SO4)3Cl [J]. Journal of Inorganic Materials, 2023, 38(7): 778
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