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<div><span id="Tutorial02" style="font-size: 150%;"> Fitting the complex refractive index by manual mode </span> </div> | <div><span id="Tutorial02" style="font-size: 150%;"> Fitting the complex refractive index by manual mode </span> </div> | ||
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: In this tutorial, we will use the C-C-O asymmetric stretching region of | : In this tutorial, we will use the C-C-O asymmetric stretching region of ethanol as an example to show the manually fitting procedure in ComplexRI. | ||
: The ATR-IR experimental data file in this tutorial can be downloaded on the manual page of ComplexRI | : The ATR-IR experimental data file in this tutorial can be downloaded on the manual page of ComplexRI. | ||
[[File:2NewMAN.png|1000px]] | [[File:2NewMAN.png|1000px]] | ||
: Here, Click | : Here, Click “Download the file for the tutorial02” to download the file. The filename name should be “data_ethanol.txt”. | ||
[[File:2NewDL2.png|400px]] | [[File:2NewDL2.png|400px]] | ||
: Then, please move to the Main Package page. | : Then, please move to the Main Package page. | ||
2021年12月21日 (火) 07:03時点における版
Fitting the complex refractive index by manual mode
- In this tutorial, we will use the C-C-O asymmetric stretching region of ethanol as an example to show the manually fitting procedure in ComplexRI.
- The ATR-IR experimental data file in this tutorial can be downloaded on the manual page of ComplexRI.
- Here, Click “Download the file for the tutorial02” to download the file. The filename name should be “data_ethanol.txt”.
- Then, please move to the Main Package page.
- Upload the“data_ethanol.txt” in ① and set the other parameters according to the following figure. (For the meanings of each part, please refer to ➡Manual.)
- Now, please click the “Execute Fitting” to start fitting.
Explanation of Tutorial02
- The Result should be like follows.
- The meaning of each output can be found in ➡Manual