Data Analysis Method pane

Lets you make basic settings for the data analysis method, and set the template to use for the analysis report.

DAmethodPane.png 

Data Analysis Method table

Lets you make basic settings for the data analysis method.

FQDAmethodTable.png 

FullQuant Analysis

Select to perform quantitative analysis.

Intelligent Sequence

Select to perform quantitative analysis using the optional Intelligent Sequence software.

SemiQuant Analysis

Select to perform semiquantitative analysis.

Isotope Ratio Analysis

Select to perform isotope ratio analysis.

Isotope Dilution Analysis

Select to perform isotope dilution analysis.

Analysis Mode

Select the Analysis Mode from the list.

Bkg Subtraction if Exists

Select the subtraction method to use for background subtraction. When the Analysis Mode is chromatographic analysis, select the check box to subtract the background spectrum from the sample spectrum. When Background Subtraction is selected, the abundance value of each mass in the background spectrum is subtracted from the abundance value of the corresponding mass in the sample spectrum. Background subtraction is performed automatically for samples of type "Bkgnd" in the Batch Table pane.

Interference Correction

Select the interference correction method from the list.

Point to Point Count Correction

This item appears when the Analysis Mode is Chromatogram mode. If the "Point-to-Point Count Correction" is ON, when samples whose sample type is NOT the CalBlk are processed, each data point count of each mass is corrected by the following equation:

[Count of each mass at each spectrum] * [online ISTD count in CalBlk / online ISTD count in sample].

The CalBlk sample means most recent CalBlk to the sample in process order.

When the check box is selected, the [Online ISTD] column is added in the Peak List Table on the Integration Parameters Pane, which lets you enter the masses for ISTD to use in the correction.

 

To perform the count correction properly, the integration time must be the same between the CalBlk sample and sample to be corrected. This is normally the case, since the CalBlk and sample in a batch are acquired with the same method.

 

 

If your system has an LC connected to the ICP-MSICP-QQQ and it is set up to deliver ISTD continuously, then the signal of the ISTD should remain constant. If you notice some drift in the ISTD signal, it may be due to the condition of the instrument or some effect of the sample. To cancel those effects, you can use Online ISTD to correct the signals of the target ions.

 

Sample/Batch Template table

Sets the sample template and batch template to be used for the analysis report output.

FQtemplateTable.png 

There are two types of templates:

image110.jpg select the template to use from each list.

The following templates can be set to the analysis method.

For information on the type of templates provided, refer to “Template Types”.

 

 

Template Types

This section describes the types of templates provided.

Data Analysis Method

Report template name

Usage

Quantitative Analysis

FQ_Spectrum.analysis.acrt

Sample report for a spectrum analysis

FQ_TRA.analysis.acrt

Sample report for a time resolved analysis

Method_Spectrum.analysis.acrt

Method report for a spectrum analysis

Method_Chromatogram.analysis.acrt

Method report for a chromatogram analysis

Method_Timechart.analysis.acrt

Method report for a time resolved analysis

Semiquantitative Analysis

SQ.analysis.acrt

Sample report for a semiquantitative analysis

Isotope Ratio Analysis

IR.analysis.acrt

Sample report for an isotope ratio analysis

Isotope Dilution Analysis

ID.analysis.acrt

Sample report for an isotope dilution analysis

Single Particle Analysis

SP.analysis.acrt

Sample report for a single particle analysis

 

 

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