Sampling Table

What do you want to do?

• Select cuts

• Select signals from the 2nd dimension

• Delete spectra or chromatograms extracted from the 2nd dimension

• Extract a UV spectrum from a ²D signal

• Extract an MS spectrum from a ²D signal

• Extract Chromatogram for MS data recorded in ²D

• Show instrument traces of 2nd dimension

• Export the Sampling Table

• Adjust table view

Sampling Table - Cut selection tab

The Cut selection tab of the Sampling Table window shows details of the cuts in the 1st dimension, which were then further analyzed in the 2nd dimension. If the data contains multiple injections or series of consecutive cuts, the cuts are arranged by the respective names. A separate section Heart Cuts contains all cuts of a Multiple Heart Cutting injection.

To expand or collapse a section, click the or icons, or right-click a section and select Expand or Collapse from the context menu.

Each row in this table represents a cut. The following columns are available:

Cut #	Number of the cut.
Cut size [s]	Time period for which the cut of the first dimension is loaded into the sample loop.
¹D Cut start [min]	Start time of the cut in the first dimension.
²D Run start [min]	Start time of the run in the second dimension.
Deck	The deck where the sample has been stored.
Loop	The loop where the sample has been stored.
Trigger	The mode in which the cut was performed. This can be a time-based or peak-based operation.
Lost Reason	The reason why a lost cut was lost. Lost cuts are listed with the lost reason, even if the column is not selected in the Column Chooser.
Multi-inject	If High-Resolution data is acquired in multi-inject mode: The cut number range of the sequently injected cuts. The cut number range is displayed, even if the column is not selected in the Column Chooser.

Sampling Table - Signal selection tab

The Signal Selection tab of the Sampling Table displays all ²D detector signals available for an injection. If you selected several injections, cut series, or cuts, a tree structure allows you to select signals individually on each level.

For more information, see Select signals from the 2nd dimension.