As Raman spectroscopy enables rapid, non-destructive measurements, the technique
appears a most promising tool for on-line process monitoring and analysis in the …

Forensic investigations are often reliant on physical evidence to reconstruct events
surrounding a crime. However, there remains a need for more objective approaches to …

Current forensic methods for detecting and identifying cocaine and other drugs of abuse are
destructive, so evidence cannot be re‐analyzed. Raman spectroscopy, based on inelastic …

Raman spectroscopy is experiencing a surge in interest in solid‐state pharmaceutical
applications. It is rapid, non‐destructive, no sample preparation is required and …

Objectives Solid-state transformations may occur during any stage of pharmaceutical
processing and upon storage of a solid dosage form. Early detection and quantification of …

The ability of combining near-infrared (NIR) Raman spectroscopy with support vector
machines (SVM) for improving multi-class classification between different histopathological …

This paper describes the application of Raman spectroscopy to the detection of exogenous
substances in latent fingerprints. The scenario considered was that of an individual handling …

The rapid identification for drugs‐of‐abuse in airports is of critical importance. In this study
we demonstrate the viability of Raman spectroscopy for the rapid identification of illicit …

Many recent papers reflect ongoing research and development concerning pharmaceutical
applications of Raman techniques. This short review highlights different Raman techniques …

The Raman effect was predicted by Schmekal 1 in 1923 and independently discovered in
1928 by two Indian physicists, Raman and Krishna. 2, 3 In principle, monochromatic light is …