Abstract Multivariate Curve Resolution (MCR) covers a wide span of algorithms designed to
tackle the mixture analysis problem by expressing the original data through a bilinear model …

This work is mainly oriented to give an overview of the progress of multivariate curve
resolution methods in the last 5 years. Conceived as a review that combines theory and …

The emergence of chemical imaging (CI) has gifted spectroscopy an additional dimension.
Chemical imaging systems complement chemical identification by acquiring spatially …

Interest in measuring the complete fluorescence spectra of individual cells in flow can be
traced to the earliest days of flow cytometry. Recent advances in detectors, optics, and …

This review, the seventeenth of this series and the fifteenth with the title of Chemometrics,
covers the most significant developments in the field from January 2006 through December …

Raman spectroscopy may be implemented through a microscope to provide fine scale axial
and lateral chemical maps. The molecular structure of many drugs makes Raman …

As an emerging technology, hyperspectral imaging (HSI), which combines both advanced
spectroscopy and imaging techniques, provides sufficient information for spectral and spatial …

Vibrational spectroscopy (MIR, NIR and Raman) based hyperspectral imaging is one of the
most powerful tools to analyze pharmaceutical preparation. Indeed, it combines the …

MCR-ALS is a resolution method that has been applied in many different fields, such as
process analysis, environmental data and, recently, hyperspectral image analysis. In this …

The chapter deals about chemometric methods to handle the hyperspectral image
measurement. All of them are multivariate in nature, ie, can work with the full spectra of the …