Sentence examples for data treatment step from inspiring English sources

The introduction of adequate de-smearing schemes in the data treatment step is required in order to render the experimental data useful.

The identification pipeline that we have developed is a sequence of data treatment steps that aims at the reduction of mass signals and results in a list of identified compounds with biologically confirmed activity that is present in the analyzed sediment sample.

Following the instructions in the "Viewing measurement and response data" section, the deconvolved data (treated as treatment step data) can be easily viewed and compared with the measurement data.

After viewing and checking through the loaded measurement and response data, users should choose a treatment step data intended for optimized deconvolution.

In addition, a brief summary of deconvolution-related information for each treatment step data (measured or deconvolved) can be viewed by clicking on the radio button "Current Step Data Information" in the "Parameter" panel.

The deconvolved treatment step data also contain information of total number of iteration (if using "Simplex method"), the minimum (optimum) ABIC and parameter (ln u), position shift, and length correction) values that yield the optimized result.

Treatment step data can be switched either by left clicking or by using the up and down arrow keys.

Note that users can conveniently select any combination of treatment step data of a sample for viewing and checking.

Users can choose any combination of treatment step data by left clicking the treatment steps while holding the Shift or the Command key (or the Control key in Windows OS).

Note that only one treatment step data of a sample can be selected a time to display the deconvolution-related information.

Fig. 5 Examples of comparison of multiple treatment step data of a sample before and after optimized deconvolution in UDECON for (a) X-, Y-, and Z-axis intensity on multiple plots; (b) declination, inclination, and total intensity on multiple plots; and (c) total intensity on a single plot.