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  • Diffractometer
    Diffractometer
    1. The accuracy of Diffractometer is high. 2. The application range of Diffractometer is wide. 3. Diffractometer is easy to operate, convenient and efficient.
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  • Single Crystal XRD
    Single Crystal XRD
    1.The single crystal machine adopts PLC control technology. 2.Modular design, accessories plug and play. 3.Electronic lead door interlocking equipment with double protection. 4.Single crystal X-ray tube: a variety of targets can be selected, such as Cu, Mo,etc. 5. Single crystal adopts four-circle concentric technology to ensure that the center of no goniometer remains unchanged.
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  • Series X-ray Crystal Analyzer
    Series X-ray Crystal Analyzer
    1. X-ray instrument is easy to operate and fast to detect. 2. X-ray instrument is accurate and reliable, with excellent performance. 3. X-ray instrument has various functional accessories to meet the needs of different testing purposes.
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  • Powder Diffractometer
    Powder Diffractometer
    1. Detector type: Array detector or SDD detector; 2. PLC automatic control calculus, Integration mode conversion, PLC automatically performs PHA, dead time correction 3.Sample measurement type: powder sample, liquid samples, melt-state samples, viscous samples, loose powders, bulk solid samples 4.Available with a variety of diffractometer accessories 5.Maximum output powder: 3kW
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What can small-angle diffraction do

2024-03-11

Small Angle X-ray diffraction (SAXD) is mainly used to determine the spacing of very large crystal faces or the structure of thin films.

1. Polymer particle size and distribution, polymer quality, shape;

In polymer chemistry, SAXS is used to determine the radius of rotation (Rg) of polymers or self-assemblies. Rg is a quantity that characterizes the mass distribution around the particle center. For example, for micelles or proteins, at the same molecular weight, their microstructure may be different, for example, the opening or folding of the protein will be reflected in the radius of rotation.

X-ray diffraction

2. Characterize geometric parameters such as particle size, shape and distribution

SAXS is a useful tool for characterizing porous materials. For example, in ordered mesoporous materials (ordered mesoporous carbon, ordered mesoporous silicon), the structural information can be given by SAXS characterization methods, and the d value can be calculated by d=2π/q formula.

SAXS



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