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Figure 1. Scattering diagram of an anisotropic sample.
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Figure 2. The thickness t of the Ni sheet with ln I.
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Figure 3. The three-dimensional spatial structure of proteins.
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Figure 4. Pair distance distribution function of sphere and cylinder.
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Figure 5. The graphical user interface of ScatterX is divided into three modules: (pre-)processing, data analysis/ interpretation and results visualization.
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Figure 6. Two-dimensional image (q-space). (a) The experimental data of small angle scattering, which comes from the Beijing Synchrotron Radiation Light Source Small Angle Scattering Line Station. (b) A correction to (a).
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Figure 7. (a) The original scattering images obtained from the detector. (b) Scattered images after normalization and background subtraction.
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Figure 8. The one-dimensional scattering curve after integration.
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Figure 9. The radius of gyration by Guinier law.
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Figure 10. Particle size distribution by SVD method.
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Figure 11. Extraction of ideal lamellar parameters from the one-dimensional correlation function.
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Figure 12. Calculation of fractal dimension.
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Figure 13. Calculation of distance distribution function.
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Figure 14. (a) The 2D scattering images arrangement and (b) 3D stacked scattering images.
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Figure 15. Different color charts.
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Figure 16. Double logarithmic display.
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Figure 17. Waterfall chart display curve.
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Figure 18. Tabs in the user interface.
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18 ,Table
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