Problem-Oriented Analytical Chemistry Driven by Chemometrics

A multivariate perspective on Analytical Chemistry<br><br>Part I: ACQUISITION, PROCESSING AND OPTIMIZATION OF ANALYTICS<br>Analytical signals, analytical data and instruments<br>Pre-processing of analytical signals and reduction of analytical data<br>Simultaneous multi-optimization of operational variables<br>Multi-objective and multi-response optimization<br><br>Part II: QUALITATIVE AND QUANTITATIVE CHARACTERIZATION OF MATERIAL SYSTEMS<br>Analytical data similarity<br>Analytical qualification of materials<br>Analytical quantification of analytes and materials<br>Variable selection for Analytical Chemistry data<br>Validation of multivariate analytical methods<br>Resolving mixtures of components<br>Standardization and transfer of multivariate analytical methods<br>N-way signals and data<br><br>Part III: CHEMOMETRIC SUPPORT FOR SPECIAL ANALYTICAL MATTERS<br>A picture is worth one thousand words: multivariate and hyperspectral image analysis of complex matrices<br>Data analysis for applications of microfluidic-based analytical devices (μFADs)<br>Data analysis for analytical applications of comprehensive two dimensional chromatography<br>Data analysis for analytical applications of mass spectrometry (MS) and related techniques<br>Data analysis for analytical applications of chromatography hybridized to mass spectrometry (MS) and ion mobility spectrometry (IMS)<br>Data analysis for analytical applications of nuclear magnetic resonance (NMR)