The degree of graphitization refers to how closely the crystal structure of the graphite material resembles perfect graphite after rearranging the amorphous carbon structure.
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An X-ray stress diffractometer is a widely utilized instrument in the field of materials science and engineering for measuring the internal stress distribution of materials.
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A research team from the Hefei Institute of Physical Sciences at the Chinese Academy of Sciences has recently conducted a study proposing a novel method to improve X-ray detection by incorporating out-of-phase CsPb2Br5 peritectic crystals into CsPbBr3 block materials.
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X-ray diffraction is a basic technique for the study of solid structure, which can provide unique spectral information for the chemical composition and structure arrangement of samples.
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XRD is the most advanced X-ray diffractometer system in the world today, with precise design and complete functions, and can flexibly adapt to various microstructure determination such as powder.
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Different crystal forms of the same drug may differ significantly in appearance, solubility, melting point, etc., affecting the stability, production, bioavailability, and safety of the drug.
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XRD is a research method to obtain information such as the composition of the material, molecules inside the material by X-ray diffraction and analysis of its diffraction pattern.
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X-ray diffraction is a method to study the phase and crystal structure of a substance by using the diffraction phenomenon of X-rays in a crystal.
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Scientists led by NTU Singapore have developed and simulated a new energy-saving method that can produce highly focused and finely controlled X-rays that are a thousand times stronger than conventional methods.
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X-ray diffraction technique is often used to detect the crystal quality of wafers and epitaxial wafers.
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