To create a new batch folder, enter a batch folder name and then click [Create Batch].
To open a batch result, click a batch folder name.
Overwrites the current batch result.
To save the current batch result with a different name, enter a batch folder name and then click [Save].
Closes the current batch result.
Click this item to save the contents of annotations in a batch after you write annotations in the Spectrum pane, Timechart pane, Chromatogram pane, and so on.
Displays version information for ICP-MS MassHunter application
Ends the data analysis. If the batch result has been modified, you will be prompted by a dialog box to save or discard the changes.
Opens the [Open Batch Result] dialog box for loading a batch result.
Overwrites the current batch result.
This pull-down menu also contains the following menu.
To save the current batch result with a different name, enter a batch folder name and then click [Save].
This pull-down menu also contains the following menus.
Opens the [Select Data File Folder] dialog box. Select a data file folder and click Open. The [Import Samples] dialog box will open, in which you may select individual samples for import (selecting the Browse button in this dialog box will return you to the [Select Data File Folder] dialog box in order to select another data file folder). Imports acquired data from a data folder into the current Batch Folder.
Opens the [Import All Samples from Batch] dialog box for importing all acquired data from another Batch Folder into the current Batch Folder.
Performs an analysis based on the current Data Analysis Method. If a sample or a Data Analysis Method has been changed, the text will be displayed in red, indicating the need to redo the analysis.
If you select [Process Batch] when additional information is saved to a data file, data conversion (point-to-point ISTD correction and background subtraction) is performed only when necessary.
For example, after data conversion is complete, if you select [Process Batch] and also change settings that are not related to data conversion such as a calibration curve level change, noise range selection, and so on, then data conversion is not performed.
This pull-down menu also contains the following menus.
Opens the [Specify Process Order] dialog box for changing the processing order for the analysis.
Select to perform the analysis processes in the order specified under Specify Process Order.
This pull-down menu also contains the following menus.
Clears the values calculated by Process Batch.
Clears the Custom Parameters (the parameters such as ISTD and Weight that are configured for each sample or for each calibration curve group), and reverts to the analysis method settings.
This item appears when [Standard Addition] is selected for Calibration Method on the Calibration pane. Executing this command deselects the Reject check boxes for all elements in all samples at the same time.
When the quantitation method is "Standard addition" and the Origin of the calibration curve is set to "Blank offset", if the calibration curve is converted from the standard addition to the absolute calibration curve, all items whose level is larger than 0 are set to be rejected. To return the Origin settings from this state to "Ignore", it is necessary to deselect the Reject check boxes for all elements of all samples one by one. In such a case, if you use this command, you can clear the [Reject] check boxes on the calibration table in the Calibration Curve pane for all samples and all elements in a single operation.
This item is enabled in the following cases.
When this icon is turned on, it works as follows.
This item is displayed in the following cases.
The following restrictions apply when using the [Chrom Extended Functions] add-in.
You cannot turn ON/OFF the add-in itself. If necessary, you can switch between enabled/disabled in [Enable Multi-injection CIC].
You cannot delete the peaks detected by [Find Unknown Peaks] using the normal functions on the [Chromatogram] pane. Use [Clear Peaks].
Detects peaks automatically on all EICs for the current sample with Integrator (Agile 2).
Clears peaks detected by [Find Unknown Peaks] or manually integrated purple peaks.
Select this button to display a yellow band on the Fulltime Range EIC chart. When you hover the mouse over the yellow band, the Clear Peaks pointer is displayed; right-click on a peak to delete the peak information.
Opens the [Area Percent Report] dialog box.
Saves and displays the Chromatogram analysis results.
The following file formats are available:
However, you can only select Excel files when Excel is installed.
Select when using the Multi-Injection CIC function.
Opens the [Multi-Injection CIC] dialog box.
Sets the calculation method for Multi-Injection CIC.
Select to display the DL (Detection Limit) column in the Batch Table pane.
The DL value is calculated using the following formula.
DL = 3 × Calc.Conc. / Signal to Noise
Displayed when [Enable Laser Ablation Expansion] is enabled.
Displayed when the [FullQuant] tab in the Batch Table pane is open.
When enabled, 100% Normalization-Calibration for FullQuant analysis is enabled.
Displayed when the [SemiQuant]/[Quick Scan]/[IntelliQuant] tab in the Batch Table pane is open.
When enabled, 100% Normalization-Calibration for SemiQuant analysis is enabled.
Displays the [100% Normalization-Calibration Setup] dialog box.
Opens the [Method Editor] window for creating and editing Data Analysis Methods.
This menu item is available in the [Method Editor] window.
Restores the default settings for the current DA Method.
Opens the [Open Method] dialog box, which lets you import a DA Method from another Batch Result.
Opens the [Open Method and Standard Data] dialog box, which lets you import the DA Method and Standard Data from another Batch Result.
Opens the [Import FQ Parameters from CS Calibration] dialog box for importing the calibration curve data from the ChemStation.
Displays the [Correction Equation - Acq Defined] dialog box, which lets you add/edit the correction equation.
Opens the [Open Method] dialog box, which lets you import a DA Method from another Batch Result.
Restores the default layout.
This pull-down menu also contains the following menus.
Displays/hides the Batch Table pane.
Displays/hides the Spectrum pane or the Timechart pane.
Displays/hides the Calibration Curve pane. When using multiple calibration curves, this will allow you to easily identify which calibration curve is used by each sample.
Displays/hides the IntelliQuant pane.
This menu item is available in the [Method Editor] window. Displays/hides the Method Table pane.
This menu item is available in the [Method Editor] window. Displays/hides the Method Development Tasks pane.
This menu item is available in the [Method Editor] window. Displays/hides the Method Error List pane.
This pull-down menu also contains the following menus.
Displays/hides the Batch Table Toolbar in the Batch Table pane.
Displays/hides the Outliers Toolbar in the Batch Table pane.
Displays/hides the User Column Setting Toolbar in the Batch Table pane.
Displays/hides the Functions (Spectrum/Chromatogram) Toolbar in the Spectrum pane/Chromatogram pane (Option).
Displays/hides the Zoom Toolbar in the Spectrum pane/Chromatogram pane (Option).
Displays/hides the Functions (Spectrum/Chromatogram) Toolbar in the Spectrum pane/Chromatogram pane (Option).
Displays/hides the Calibration Curve Toolbar in the Calibration Curve pane.
Displays/hides the Zoom Toolbar in the Calibration Curve pane.
Displays/hides the Functions (Calibration Curve) Toolbar in the Calibration Curve pane.
This menu item is available in the [Method Editor] window. Displays/hides the Method Table toolbar.
Displays/hides the IntelliQuant Toolbar in the IntelliQuant pane.
This pull-down menu also contains the following menus.
Opens the [Open Layout File] dialog box for loading a layout saved by Save Layout.
Opens the [Save Layout File] dialog box for saving the current layout.
The following layout information will be saved.
To save the types of columns displayed in the Batch Table, use Save Column Settings in the [Columns] group.
This pull-down menu also contains the following menus.
Makes the Batch Table pane appear full screen.
Makes the Spectrum pane/Chromatogram pane (Option) appear full screen.
Makes the Calibration Curve pane appear full screen.
Sorts the Batch Table pane columns in the Analyte - ISTD order.
Sorts the Batch Table pane columns in the ISTD - Analyte order.
Sorts the Batch Table pane columns in the Mass order.
Sorts the columns of the Batch Table pane in the Tune Mode - Mass order.
Sorts the columns of the Batch Table pane in the MS/MS mass order.
Sorts the columns of the Batch Table pane in the Tune Mode - MS/MS mass order.
Sorts the columns of the Batch Table pane in the Q1 mass order regardless of the tune mode, analyte name etc.
Groups and displays the Batch Table by Calibration. When using multiple calibration curves, this allows you to easily identify which calibration curve is used by each sample.
This pull-down menu also contains the following menus.
Switches the layout of the Batch Table pane to the Simple mode (default).
Switches the layout of the Batch Table pane to the Detail mode.
Locks/unlocks the Sample Columns for reference while scrolling the Batch Table horizontally.
Opens the [Add/Remove Columns] dialog box for displaying/hiding columns in table.
Adjusts the column width to fit the length of the text string.
This pull-down menu also contains the following menus.
Opens the [Open] dialog box for loading column settings saved with Save Column Settings.
Opens the [Save As] dialog box for saving the current column settings.
Information saved includes type, show/hide status, and ordering of columns displayed in the Batch Table.
Restores the default display settings for the table columns.
Opens the [Auto Review] (Samples) dialog box and starts an auto review of each sample. The samples will be selected sequentially, starting with the row currently selected in the Batch Table. The graphics panes will be updated according to the sample. When the final sample has been displayed, the auto review stops. To interrupt the auto review, click the [Stop] button.
Opens the [Auto Review] (Elements) dialog box and starts an auto review of each element. The elements will be selected sequentially, starting with the column currently selected in the Batch Table. The graphics panes will be updated according to the element. When the final element has been displayed, the auto review will stop. To interrupt the auto review, click the [Stop] button.
This function is available only on the Integration Parameters Pane for the optional chromatographic analysis.
The [Auto Review] (Peaks/Compounds) dialog box appears and an auto review of each peak or compound starts. Each peak is selected by scrolling through the peaks selected in the Peak List table, and the corresponding peak is highlighted in the Chromatogram pane.
When the final sample has been displayed, the auto review stops. To interrupt the auto review, click the [Stop] button.
Prints a printer-friendly version of the analysis report summary.
When you want to change the configuration, use the [Configure LIMS Settings] dialog box that is displayed when you click [Configuration] in [Reporting] - [Quick Batch Report] in the [Settings] dialog box.
When enabled, you can output a quick batch report with merged undiluted and diluted sample data.
Opens the [Generate Report] dialog box for the template and the destination printer for the analysis report.
This pull-down menu also contains the following menus.
Displays the simple print preview of the calibration curve information.
Displays the detailed print preview of the calibration curve information.
The [Export Summary] dialog box is displayed and the calibration curve information is exported to a file.
Displays/prints the Tune Report created during data acquisition.
Displays the P/A Factor Report created during data acquisition, for the samples currently selected on the Batch Table.
This pull-down menu also contains the following menus.
Export the Acquisition Method for the sample currently selected on the Batch Table to the respective data folders in PDF format. Open it automatically.
Export the Acquisition Method for the sample currently selected on the Batch Table to the respective data folders in csv format. The files are named using the following format: "XXX.d\AcqMethod.csv".
This pull-down menu also contains the following menus.
Exports the Instrument Configuration of the acquisition performed for the current batch in PDF format. Open it automatically.
Exports the Instrument Configuration for the sample currently selected on the Batch Table in csv format. The files are named using the following format: "XXX.d\InstrumentConfig.csv*.
Exports the selected sample as a LIMS file.
When you want to change the configuration, use the [Configure LIMS Settings] dialog box that is displayed when you click [Configuration] in [Reporting] - [LIMS Settings] in the [Settings] dialog box.
This pull-down menu also contains the following menus.
[Accuracy/Precision]
Creates a Spike Recovery% Report - Accuracy/Precision. A print preview of the report is displayed and can be printed. The Spike Recovery% Report displays each element’s concentration, Recovery% value, and average and RSD of Spike Ref or Spike sample.
You can change the column that is displayed in the Spike Recovery% Report and write the report in PDF format.
When you want to change the configuration, use the [Configure Spike Recovery % Report] dialog box that is displayed when you click [Configuration] in [Reporting] - [Spike Recovery% Report] in the [Settings] dialog box.
[Ruggedness]
Displays the [Spike Recovery% Report - Ruggedness] dialog box. You can import Spike Ref or Spike samples from other batch or sort/filter the sample. You can create Spike Recovery% Report - Ruggedness by using selected Spike Ref or Spike samples.
Report elemental impurities in drug products of the currently selected samples.
Opens the [Settings] dialog box.
This pull-down menu also contains the following menus.
Displays the Acquisition Method for the selected sample data in PDF format.
Displays the Instrument Configuration for the selected sample data in PDF format.
This pull-down menu also contains the following menus.
This item appears when the acquisition mode is Timechart mode or Chromatogram mode and is used to convert the raw data in a batch into the LC/MSD, GC/MS ChemStation format. The original data is preserved intact.
This item appears when the acquisition mode is Timechart mode or Chromatogram mode and is used to convert the raw data in a batch into the AIA format. The original data is preserved intact.
The [Select Script File] dialog box appears and execute the selected script for the samples currently selected in the Batch Table.
Script samples can be found in the \tools\script folder in the system disk. For example, TabulateChart.icpms.script displays the table of the count for each acquisition point. To use this script, copy the script under \Agilent\ICPMH\scripts\DA and invoke the script from the menu.
Select when using Chrom Extended Functions.
This function is available only when the optional User Access Control is enabled.
Audit trail functionality is supported in all database integration modes.
Opens the [Audit Trail Viewer] dialog box. Opens the audit trail of data acquisition and data analysis for the currently open batch.
The electronic signature function is supported only for MassHunter Workstation Plus and OpenLab Server Products 2.8 or later. SDA and ECM are not supported.
For details, refer to the instruction manual for the "User Access Control Pack".
Opens the [E-Signature sign] dialog box. You can then e-sign the currently open batch results.
Opens the [E-Signature Revoke] dialog box. Revokes the electronic signature of the currently open batch results.
Opens the [E-Signatures viewer] dialog box. A list of electronic signatures for the current batch is displayed.