「Theory」の版間の差分

2022年1月20日 (木) 06:36時点における版

Calculated reflectance of ATR-IR from complex refractive index

The experimental geometry is described by the two-layer model in the above Figure, where phase $i$ and phase $j$ represent the substrate and sample, respectively.

The incident light in phase $i$ and transmitted light in phase $j$ are related by Snell's law

n_{i}\sin \theta _{i}=n_{j}\sin \theta _{j}

Fitting procedure| How to Fit the ATR-IR spectra

Automatically determine the initial parameters in fitting procedure

@@ 5行目: / 5行目: @@
 [[File:Light.png|500px]]
-: Please upload the ATR-IR experimental data in this part. The inside should be like the following.
+: The experimental geometry is described by the two-layer model in the above Figure, where phase $i$ and phase $j$ represent the substrate and sample, respectively.
-: There are two rules for the format of input file.
+The incident light in phase <math>i</math> and transmitted light in phase <math>j</math> are related by Snell's law
-: (1). The format of input file must be txt.
+: <math>  n_i \sin \theta_i = n_j \sin \theta_j </math>
-: (2). The columns are separated by the space.
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「Theory」の版間の差分

2022年1月20日 (木) 06:36時点における版

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