PerkinElmer TORION T-9, Руководство пользователя

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Target Library Editor . 167

Linear non-weighted derives the equation of the line by use of linear regression.
The goodness of fit is the R value for the line.

Linear force through zero derives the equation of the line by linear regression
through both the positive and negated coefficients of the data points. For example, if a
data point is 10, 12 the data point -10, -12 are also included in the plot to force the
intercept through zero. The goodness of fit is the R
2
value for the line.

Linear X derives the equation of the line by use of a modified linear regression that
places more emphasis on the lower value data points. The goodness of fit is the R
2
value for the line.

Linear X force through zero derives the equation of the line by use of a modified
linear regression through both the positive and negated coefficients of the data points
that places more emphasis on the lower value data points. The goodness of fit is the R
2
value for the line.

Linear X
2
derives the equation of the line by use of a modified linear regression that
places even more emphasis on the lower value data points than the Linear X curve
type. The goodness of fit is the R
2
value for the line.

Linear X
2
force through zero
derives the equation of the line by use of a modified
linear regression through both the positive and negated coefficients of the data points
that places even more emphasis on the lower value data points than the Linear X force
through zero curve type. The goodness of fit is the R
2
value for the line.

Quadratic non-weighted derives the line through a quadratic fit. The goodness of fit
is the R
2
value for the line.

Quadratic X
derives the line through a modified quadratic fit that places more
emphasis on the lower value data points. The goodness of fit is the R
2
value for the
line.

Quadratic X
2
derives the line through a modified quadratic fit that places even more
emphasis on the lower value data points than the Linear X curve type.
• Response handling has two options.
1.
Average
which uses all of the data files in the
Quant Files
tab to build the calibration
curve.
2. Replace which uses the last data file in the Quant Files tab to build the calibration
curve.
Quant Concentrations Tab
The table below is the Quant Concentrations tab and shows where the concentrations entered
are used to create a calibration curve. In the table Toluene-d8 and Methyl Salicylate are set as
Internal Standard compound types in the Target List Setup tab. The other compounds are set
as
Target Compound
.