Raman spectroscopy is used to analyze molecular structure from molecular vibrations, similar to IR spectroscopy. There are several distinct advantages of Raman spectroscopy, a smaller microscopic area, spectra in the low wavenumber region can be easily acquired, the sample can be measured using a non-destructive and non-contact method, and precise information about the inside of a sample can be selectively obtained. This application ebook shows the best solution examples using of our Raman microscope, tips and tricks.

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Table of contents

Semiconductor

• Evaluation of SiC semiconductors
• Evaluation of residual stress/strain in a silicon semiconductor
• Measurement of physical properties of a semiconductor material using photoluminescence

Material science

• Evaluating the materials in rechargeable batteries
• Evaluation of multi-layer ceramic capacitors
• Evaluation of carbon materials
• Evaluation of inorganic materials
• Evaluation of the physical properties of polymers

Biotechnology

• Analysis of the orientation and secondary structure of spider silk

Environmental science

• Analysis of microplastics

Pharmaceutical

• Evaluating the distribution of components in pharmaceutical tablets
• Evaluating the crystal polymorphs in pharmaceutical development

Art science

• Non-destructive analysis of artworks and other cultural assets

Forensic science

• Forensic analysis of vermillion ink
• Commercial pen ink identification in a handwriting document