Hitachi F7000 Instruction Manual
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Page 91
2.5 Conducting Measurement 2 - 24 (5) Upon completion of the measurement, the measured data will be saved automatically at the specified saving location using the specified file name. Opening the saved data file will display the data processing window as shown below. Fig. 2-20 Data Processing Window (wavelength scan) ① Spectrum The spectrum of a measured sample is displayed. ② Peak table Peak wavelength, peak height and valley wavelength are listed. ① Spectrum ②Peak...
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2.5.2 2 - 25 NOTICE: 1. The data measured under the following conditions will be saved automatically in Program Files\FL Solutions\Data. (Example: C:Program Files\FL Solutions\Data) (1) Measurement was carried out using a sample table with no file name specified in the File Name column. (2) Measurement was carried out with “Auto File” specified and a file name unspecified, avoiding use of a sample table. 2. The data measured under the following conditions will be saved...
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2.6 Data Printout 2 - 26 2.6 Data Printout Printout can be provided even when the function for automatic printout after measurement is not used. The following two procedures are available. (1) Click on the spectrum window, and the circumference turns blue. In this status, select the Print command from the File menu. Or click the (print) button on the toolbar. The field active on the data processing window (e.g., ① in Fig. 2-20) will be printed. What is displayed by...
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2.6 2 - 27 Fig. 2-22 NOTE: If characters overflow from the print frame in repeat measurement or in overlaying, then change the printing orientation from vertical (Portrait) to horizontal (Landscape).
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2.6 Data Printout 2 - 28 Select the items to be printed in the following procedure. Click the button, and the Spectrum Properties window will appear. ↓ Select the Report tab, and the window in Fig. 2-23 will open. ↓ In this window, select desired print items. Fig. 2-23
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3.1 3 - 1 3. TIME SCAN 3.1 Flow of Operation This section explains the parameter setting and operating method for time scan. Measurement proceeds along the flow shown below. Fig. 3-1 Operational Flow (time scan) Click button. • Measuring wavelengths • Scan time, etc. Click button. • Sample name • Auto File • File name at destination of saving, etc. Set a sample. Click button to execute...
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3.2 Creating an Analysis Method 3 - 2 3.2 Creating an Analysis Method Set the analytical conditions (method) prior to measurement. From the Edit menu, select the Method command or click the button. A window shown in Fig. 3-2 will appear. Fig. 3-2 Analysis Method The following tabs are provided on the Analysis Method window for the time scan mode. These tabs are detailed on the subsequent pages. • General • Instrument • Monitor • Processing • Report...
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3.2.1 3 - 3 The parameters shown in Fig. 3-3 are provided at the General tab. For the settable range of each parameter, refer to Appendix G. Fig. 3-3 General Tab 1 Measurement (mode) A measurement mode is selectable. Here, select “Time scan.” For Wavelength scan, Photometry, 3-D Scan and 3-D Time scan, refer to Sections 2, 4, 5 and 6, respectively. 2 Operator Enter an operator name. 3 Instrument The name of the connected instrument is indicated. 4 Sampling -...
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3.2 Creating an Analysis Method 3 - 4 7 Load Click this button to read out saved analytical conditions. Upon clicking, the file opening window appears. So, select an analytical condition file. 8 Save When you click this button after setting the parameters, the analytical conditions can be saved by overwriting. In case of a new analysis method, clicking this button displays the “Save As” window. You must enter a file name for saving in this window. 9 Save As Click this...
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3.2.2 3 - 5 This window appears when Time scan is specified for Measurement at the General tab on the Analysis Method window. When you click the Instrument tab, the window in Fig. 3-4 appears. For the settable range of each parameter, refer to Appendix G. Fig. 3-4 Instrument Tab 1 Data mode Select a data mode. The Luminescence mode is for measuring luminescence in the biological/chemical field. In this mode, only the sample side signal is acquired without performing...
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