[Analysis Case] Identification of Pyrolysis Products by High-Temperature XRD
XRD measurement can be performed while increasing the temperature.
When materials undergo chemical reactions and phase changes with increasing temperature, performing XRD measurements while heating is effective. We present a case where high-temperature XRD measurements were used to identify the decomposition products of copper(II) sulfate pentahydrate. The results showed that the diffraction peaks changed at the temperature where decomposition occurred, clearly confirming the changes in the crystal structure. In MST, it is possible to conduct Out-of-plane XRD measurements and In-plane XRD measurements while heating.
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Applications/Examples of results
Analysis of oxide semiconductors, LSI, memory, electronic components, pharmaceuticals, and cosmetics.