The stress state inside the material can be understood non-destructively.
The tensile and compressive strain applied to the material causes a slight shift in the Raman peak position. By evaluating this shift, the stress state within the material can be understood non-destructively. In Raman spectroscopy, mechanical strains such as tension and compression that occur in the material affect the vibrational energy, resulting in a slight change in the peak position. By capturing this peak shift, it is possible to non-destructively assess the stress state within the material and local structural changes. *For more details, please refer to the PDF document or feel free to contact us.*
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Our company conducts various analyses, measurements, and surveys to coexist with a diverse range of organisms and to leave a rich natural environment for our descendants. We deliver reliable analytical results to our customers with high-level technology. Please feel free to contact us if you have any requests.
