Quantitative Raman Microscopy of Cementitious Materials
By integrating confocal Raman microscopy with atomic force microscopy, we aim to correlate chemical composition with high-resolution surface topography and lateral features. This allows for the generation of 3D Raman volume images, offering detailed insights into both structural and chemical properties, such as the hydration and carbonation processes in a broad range of cementitious materials.What? Why? How?
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Imported from OpenAIRE Germany | Grant CF24-2141.
Open sourceOverview
Grant agreement CF24-2141
Open sourceBy integrating confocal Raman microscopy with atomic force microscopy, we aim to correlate chemical composition with high-resolution surface topography and lateral features. This allows for the generation of 3D Raman volume images, offering detailed insights into both structural and chemical properties, such as the hydration and carbonation processes in a broad range of cementitious materials.What? Why? How?