Scan
38
NANOCOLOR
®
UV
/
VIS
II and
NANOCOLOR
®
VIS
II V 1.1 / 10.2017
section 5.4.2.2). After all the data has been entered and you confirm it by pressing
, the
calibrated special method will be stored in the list of special methods (see section 5.4.2.1).
You will not be able to edit the calibration parameters yourself there
, and that’s why they are
shown in gray.
5.4.2.4
Editing a special method and reporting function
After measurement of a special method, the data that was input can always be viewed and
output again. Via the
icon, the entered properties for a special method can be edited in
the list of special methods (see Figure 27). The entries
“Export in PNG file” and “Export in
CSV file
” allow you to export all of the special method parameters associated with the
method to a connected storage medium. The report on the properties and data of the special
method can be printed by pressing the
icon and tapping on the entry
“Print.” In the case
of special methods based on a calibration as described in Section 5.4.2.3, the measured
absorbance and concentration pairs can be viewed and edited vi
a the entry “Edit calibration.”
Figure 43: Options for editing and outputting the data of a special method
Confirming with the
icon initiates the saving of the data. If you do not wish to make any
changes to the method, you can exit the menu by pressing
or any other buttons in the
task bar.
5.5
Scan
The spectrophotometer enables to record a sample’s absorbance in the range
of 190 nm
– 1100 nm (for
NANOCOLOR
®
UV
/
VIS
II) or 320 nm
– 1100 nm (for
NANOCOLOR
®
VIS
II). Dependent on the selected wavelength range, the scan
is performed with the light from the halogen and / or the deuterium lamp. The
measurement is defined against a zero solution. After having selected this
method through
, a sample description can be inserted. Furthermore, the wavelength
range needs to be specified. Confirming with
opens the measurement window. A request
for a zero solution will appear. Inserting the zero solution and pressing
will initiate the
scan of the zero solution.
Summary of Contents for NANOCOLOR UV/VIS II
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