Chemometrics-Driven Chemical Characterization of Cellulose Sheets using Raman Microscopy

This application note presents how Raman microscopy, supported by chemometric tools, enables detailed chemical characterization of cellulose sheets. By combining high-resolution Raman imaging with multivariate analysis (MCR), the method quantifies crystalline and amorphous cellulose and differentiates between cellulose I and II forms.

Using the HORIBA XploRA™ PLUS Raman microscope and LabSpec 6 software, point-by-point mapping with autofocus ensures reliable data acquisition despite sample topography. This non-destructive approach offers accurate, efficient, and cost-effective quality control for bio-based materials in R&D and QA/QC environments.

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Chemometrics-Driven Chemical Characterization of Cellulose Sheets using Raman Microscopy - Application note

Raman microscopy combined with chemometric analysis enables precise, non-destructive characterization of cellulose sheets, determining crystallinity, amorphous content, and distinguishing cellulose I and II for optimized quality control.

Chemometrics-Driven Chemical Characterization of Cellulose Sheets using Raman Microscopy

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