Sentence examples for multivariate calibration techniques from inspiring English sources

PCR, PLS1 which are multivariate calibration techniques were used to calibrate the multiple ion-selective electrode array system using five level multivariate calibration design and PCR method was selected as most suitable method.

Multivariate calibration techniques were applied to establish a relation between signals obtained by single-sided NMR and WE.

A method was developed to determine copper and zinc simultaneously in brass sample using a multiple ion-selective electrode array system and multivariate calibration techniques.

Straight line calibration with the total heat transfer coefficient and two modern multivariate calibration techniques (partial least squares and neural network) were applied to correct for these deviations.

As soil oxidizable carbon (Cox) has several different absorptions in the visible– and near infrared (vis NIR) region due to its complex composition, multivariate calibration techniques such as multiple linear regression (MLR), partial least squares regression (PLSR), support vector machines (SVM) or random forest (RF) can be advantageously used to obtain a good prediction.

The whole chemiluminescence-time profiles, acquired using the stopped-flow technique in a continuous-flow system, allowed the use of the time-resolved chemiluminescence (CL) data in combination with multivariate calibration techniques, as partial least squares (PLS), for the quantitative determination of both opiate narcotics in binary mixtures.

Multivariate calibration technique is gaining publicity for quantification of multi-component system even in the presence of intense spectral overlap between analytes [23, 24].

The successful determination of soil properties by visible and near-infrared (Vis NIR) reflectance spectroscopy (350 2500 nm) depends on the selection of an appropriate multivariate calibration technique.

Hybrid linear analysis (HLA), as a recent factor-based multivariate calibration technique, was applied for the spectrophotometric determination of ternary mixtures of pseudoephedrine hydrochloride (PSU), dextromethorphan hydrobromide (DXT), and sodium benzoate (BNZ).

Using near-infrared (NIR) spectroscopy for quantitative analysis requires the application of multivariate-calibration techniques and careful selection of representative samples in order to construct accurate calibration models from NIR spectra using partial least squares (PLS).

Fossil diatoms can be quantitatively linked to lake-water total phosphorus levels through multivariate regression and calibration techniques (i.e. diatom-inferred TP transfer functions, DI-TP; [13]).