光子学报, 2019, 48 (12): 1229001, 网络出版: 2020-03-17
非球形火星沙尘粒子的光谱散射特性研究 
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Spectral Scattering Characteristic of Non-spherical Mars Dust Particles
图 & 表
图 1. 火星沙尘的粒径分布Particle size distribution of dustparticles
Fig. 1. 火星沙尘的粒径分布Particle size distribution of dustparticles
图 2. 风速为1.7m/s时沙尘浓度随时间的变化[10]Time-dependent variation of dust concentration at a wind speed of 1.7m/s[10]
Fig. 2. 风速为1.7m/s时沙尘浓度随时间的变化[10]Time-dependent variation of dust concentration at a wind speed of 1.7m/s[10]
图 3. 火星上沙尘粒子浓度随高度的变化Variation of dust particle concentration with height on Mars
Fig. 3. 火星上沙尘粒子浓度随高度的变化Variation of dust particle concentration with height on Mars
图 5. 椭球形火星沙尘粒子的Q ext和Q sca随粒子尺度参数的变化The variation of Q ext and Q sca of ellipsoidal Martian dust particles with scale parameters
Fig. 5. 椭球形火星沙尘粒子的Q ext和Q sca随粒子尺度参数的变化The variation of Q ext and Q sca of ellipsoidal Martian dust particles with scale parameters
图 6. 圆柱形火星沙尘粒子的Q ext和Q sca随粒子尺度参数的变化The variation of Q ext and Q sca of cylindrical Martian dust particles with scale parameters
Fig. 6. 圆柱形火星沙尘粒子的Q ext和Q sca随粒子尺度参数的变化The variation of Q ext and Q sca of cylindrical Martian dust particles with scale parameters
图 7. 切比雪夫形沙尘粒子的Q ext和Q sca随粒子尺度参数的变化The variation of Q ext and Q sca of Chebyshev-type Martian dust particles with scale parameters
Fig. 7. 切比雪夫形沙尘粒子的Q ext和Q sca随粒子尺度参数的变化The variation of Q ext and Q sca of Chebyshev-type Martian dust particles with scale parameters
图 8. 不同入射波长条件下散射相函数随散射角度的变化The change of scattering phase function with scattering angle under different incident light wavelength
Fig. 8. 不同入射波长条件下散射相函数随散射角度的变化The change of scattering phase function with scattering angle under different incident light wavelength
图 9. 不同形状粒子散射相函数随散射角度的变化关系The change of scattering phase function with scattering angle in different shapes
Fig. 9. 不同形状粒子散射相函数随散射角度的变化关系The change of scattering phase function with scattering angle in different shapes
图 10. 不同分布参数散射相函数随散射角度的变化关系The variation of scattering phase function with scattering angle under different distribution parameters
Fig. 10. 不同分布参数散射相函数随散射角度的变化关系The variation of scattering phase function with scattering angle under different distribution parameters
图 11. 不同浓度下球形粒子的传输衰减和透射率随波长的变化曲线Curves of attenuation and transmission rate of spherical particles with wavelength at different concentrations
Fig. 11. 不同浓度下球形粒子的传输衰减和透射率随波长的变化曲线Curves of attenuation and transmission rate of spherical particles with wavelength at different concentrations
图 12. 不同形状粒子的传输衰减和透射率随波长的变化曲线Transmission attenuation and transmission rate change curves with wavelength for particles with different shapes
Fig. 12. 不同形状粒子的传输衰减和透射率随波长的变化曲线Transmission attenuation and transmission rate change curves with wavelength for particles with different shapes
图 13. 传输衰减随粒子浓度的变化Variation of transmission attenuation with particle concentration
Fig. 13. 传输衰减随粒子浓度的变化Variation of transmission attenuation with particle concentration
图 14. 传输衰减随高度的变化Variation of transport attenuation with heigh
Fig. 14. 传输衰减随高度的变化Variation of transport attenuation with heigh
图 15. 透射率随粒子浓度的变化Change of transmissivity with particle concentration
Fig. 15. 透射率随粒子浓度的变化Change of transmissivity with particle concentration
杨玉峰, 韩安丽, 秦建华, 王昭雷. 非球形火星沙尘粒子的光谱散射特性研究[J]. 光子学报, 2019, 48(12): 1229001. Yu-feng YANG, An-li HAN, Jian-hua QIN, Zhao-lei WANG. Spectral Scattering Characteristic of Non-spherical Mars Dust Particles[J]. ACTA PHOTONICA SINICA, 2019, 48(12): 1229001.
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