Hitachi F 2500 Manual

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6.14    Pasting of Spectra to Microsoft(R) Word   
 
In report preparation, spectra can be pasted as they are.   
Make the spectral data active (click the relevant spectrum) and 
then select the Copy command from the Edit menu.    Now open 
the Microsoft(R) Word and select the Paste command from the 
Edit menu.    The data can be pasted to a Microsoft(R) Word text.   
Peak tables and/or kinetics data can also be pasted in the same 
way.    By double-clicking the pasted spectrum shown in   
Fig. 6-30, functions such as scale change and calculation result 
display are applicable.    The spectrum can be selected as a 
meta-file by the Paste Special (S) command with a form chosen.   
In the same way, peak tables and/or kinetics data can also be 
pasted. 
 
 
 
Fig. 6-30 
 
 
When you double-click the pasted spectrum, you can edit it.   
Right-clicking on it permits editing such as scale change.     
A change made here will be brought into a Microsoft(R) Word 
text.  
 
NOTE:  he above editing in the Microsoft(R) Word can be made 
with a PC in which the Microsoft(R) Word and FL 
Solutions program are installed.   
 
6.14  
						

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For pasting a spectrum to the Microsoft(R) Excel, specify   
“Paste Special.”    The dialog box in Fig. 6-31 will appear.   
 
 
 
Fig. 6-31 
 
 
Click OK will paste the spectrum.     
6.14    Pasting of Spectra to Microsoft(R) Word  
						

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6.15    Conversion of Data to ASCII Text File   
 
A file conversion function is provided for processing of data with 
other spreadsheet software.    Conversion can be made to the 
following three data files.   
•  JCAMP-DX file (*.dx)   
•  ASCII text file (*.txt)   
•  Graph meta file (*.wmf)   
 
NOTES:  1.  Date/time, analytical conditions and data list (raw 
data) will be converted into a JCAMP-DX file   
2.  The items selected at the Report tab of 
Properties will be converted into an ASCII text 
file.  
 
(1)  Open the data processing window.   
 
(2)  Click the Save As (A) command in the File (F) menu.     
 
(3)  A window as in Fig. 6-32 will open.   
Select “ASCII text files (*.txt)” at “Save as type.”     
And specify the folder for saving.     
 
 
 
Fig. 6-32 
 
 
6.15  
						

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(4)  Enter a file name and click Save.  
 
 
 
Fig. 6-33 
 
 
File conversion is effective for a data file in any measurement 
mode.    The selected data is separated by tab.     
6.15    Conversion of Data to ASCII Text File  
						

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6.16  Renaming Your Sample  
 
After measurement, the sample name of saved data can be 
changed.  
Proceed s follows.   
 
(1)  Open the data file for renaming.   
 
(2)  Select the Properties (O) command from the Edit (E) menu 
or click the     button.  
 
(3)  A window as in Fig. 6-34 will open.    Click the Info tab.   
 
 
 
Fig. 6-34 
 
 
(4)  Input a new sample name for “Sample name” and click OK.  
 
NOTE:  This function is effective in the wavelength scan, time 
scan and 3-D Scan modes.     
For saving existing data in a different sample name, 
select the Save As (A) command from the File (F) 
menu.  
6.16  
						

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6.17    Printing of Wavelength and Photometric Values under Display   
 
This program provides a function for acquiring data such as 
presently displayed wavelength and photometric values, and 
traced value on the data processing window.    These data can 
be printed.   
Select the Data read (R) command from the Tools (T) menu.     
A window as in Fig. 6-35 will appear.   
 
 
 
Fig. 6-35 
 
 
For reading presently displayed wavelength and photometric 
values:  
Move the mouse pointer onto the monitor window and right-click 
it there.    A window as in Fig. 6-36 will be presented.   
 
 
 
Fig. 6-36 
6.17    Printing of Wavelength and Photometric Values under Display  
						

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Select “Present data read” and the photometric value on the 
monitor window will be read on the window shown in Fig. 6-35.   
Display becomes as shown in Fig. 6-37.   
 
 
 
Fig. 6-37 
 
 
For reading data from data processing window   
Display the window for data readout as instructed above and 
move the mouse pointer onto date processing window.     
Right-click the mouse there, and a window as in Fig. 6-38 will 
open.   
 
 
 
Fig. 6-38 
6.17  
						

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When you select “Trace value read,” a window as in Fig. 6-39 
will appear.   
 
 
 
Fig. 6-39 
 
 
In reading data from the data processing window, sample name 
information is displayed.    Sample names can be edited.     
Click the sample name column, and input is allowed.   
The relevant data can be printed.    From the File (F) menu, 
select the Print (P) command or click the        (Print) button.   
Data can be deleted by the following method.    Click the data 
value and select Delete.    For deletion of all data, select Delete 
All.   
 
6.17    Printing of Wavelength and Photometric Values under Display  
						

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6.18    Reference to Spectrum Measured in Photometry Mode   
 
When the quantification method is peak area, peak height or 
derivative in the photometry mode, wavelength scan will be 
carried out and according to its result, a calibration curve will be 
prepared.    The spectrum measured in this case can be 
displayed and printed.   
Open the data file.    Right-click the numerical part of standard 
data or sample data and select “Spectrum reference.”    Or click 
a numeral and select the Spectrum reference (R) command from 
the Data (D) menu.     
 
 
 
Fig. 6-40 
 
 
6.18  
						

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A spectrum appears as shown in Fig. 6-41.    Spectrum tracing 
and scale change are possible.    The spectrum can be printed 
by selecting the Print (P) command from the File (F) menu or 
click the     button.   
 
 
 
Fig. 6-41 
6.18    Reference to Spectrum Measured in Photometry Mode