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The distance of the source from the sample was optimized in order to provide a value of 600 W/m2 that was measured at each sampling time in order to control the lamp's stability.
The magnetic field homogeneity on each sample was optimized with an automated 3D field mapping algorithm capable of adjusting up to fifth order spherical harmonics.
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Owing to particularities, ionic liquid type and pH of the sample were optimized separately.
Also, pyrolysis and atomization temperatures and the amount of nitric acid added to the sample were optimized using a multivariate approach based on Doehlert matrix.
After determination of the most suitable solvent and extraction time, several other parameters including solvent volume, centrifugation time and ionic strength of the sample were optimized using a 23 factorial experimental design.
After the determination of the most suitable extraction solvent and its volume, parameters such as extraction time, centrifugation time and ionic strength of the sample were optimized by using a 23 factorial experimental design.
The sensitivity and selectivity of the sample were optimized with respect to different VOC vapors and the operating temperature.
The m/z ranges for four gas phase fractions per sample were optimized empirically by analyzing a mixture of pooled samples from m/z 400 2000, then creating GPF fractions to approximately evenly distribute peptide observations among the four fractions.
Applying the best enzymatic combinations, saccharification of pretreated samples was optimized using RSM.
The appropriate adsorption time for SPME coating PFBHA was determined to be 2 min and the desorption time for oxime formed after sampling was optimized to be 2 min. The experimental sampling constant was found to be (3.86±0.13)·10−2 cm3/min and face velocity was not expect to have effect on the sampler.
Theconcentration of the standard solutions and samples was optimized to achieve adesired signal-to-noise ratio (S/N) and good peak shape.
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CEO of Professional Science Editing for Scientists @ prosciediting.com