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spectrum to make the spectrum smoother.
5
.
P/ V Detection
.
It is used to detect the values of peaks and valleys of a spectrum.
(1) Click this item and “Input Sensitivity” dialog box will appear. Input a limited value of
“Input Sensitivity” as a value of available peaks. All peaks above the limited value can be detected.
For example, if the value of “Input Sensitivity” is 25, peak value 50 can be detected. If the value of
“Input Sensitivity” is 60, peak value 50 cannot be detected.
(2) Then click “Show P/V Data” on the sub-menu, and the values of peaks & valleys will be
displayed.
6
.
Arithmetic
.
.
.
.
Click “Arithmetic” in Fig.2-9, the interface of “Arithmetic” will open as
shown in Fig.2-10. This calculation can be used as the operation between a single channel and
constants, and can also be used as the arithmetic operation between channels.
Fig. 2-10 Interface of Arithmetic Operation
7
.
Sigma
.
After clicking this item, input “Lambda Start” and “Lambda End”, and then click
the “Sigma” button. You will get the integral value of fluorescence within the range of set
wavelength.
8. Show P/V Data. Shows the values of peaks & valleys.
9
.
Export Data
.
The output of the spectrum is in the form of data. There are two ways of
data-out: discrete and continuous.
(1) Output of Discrete Data: Using the key ctrl or the key shift in combination with the mouse,
from the list box select the wavelength values whose datum are required to examine.
(2) Output of Continuous Data: Input the range of wavelength whose datum are required to
examine. Their values can be printed out.
9
.
.
After it is clicked, “Input Spectrum Name” dialog box appears. Type in the
spectrum name (Chinese name can be recognized.). Then click “OK”.
Note: Before printing, please first confirm the condition of the printer installation.
INSTRUCTION MANUAL FOR SPECTRO 96 FLUOROSPECTROPHOTOMETER
