TS Science
Measure the spectrum of a sample and perform quantitation using either the absorbance at a specified wavelength, or the peak absorbance for a standard sample with maximum concentration. The quantitation method can be selected from the following: no base (1-wavelength quantitative analysis), one-point base (2-wavelength quantitative analysis), or two-point base (3-wavelength quantitative analysis).
Measure samples and automatically perform a quantitative analysis using the classical least squares (CLS) method. A CLS calibration model must first be created and contains correlation curves for quantifying the normal absorbance of the components to be analyzed.
Measure samples and automatically perform a quantitative analysis using the principle component regression (PCR) method. A PCR calibration model must first be created and contains correlation curves for quantifying the normal absorbance of the components to be analyzed.
Measure samples and automatically perform a quantitative analysis using the partial least squares (PLS) method. A PLS calibration model must first be created and contains correlation curves for quantifying the normal absorbance of the components to be analyzed.
This program can create calibration curves for multiple components, and can perform quantitative analysis on samples having multiple components simultaneously.
This program can create the PCA model from the spectrum of a known substance and can predict the classification of an unknown sample from the spectrum by using the PCA model.