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提供: ComplexRI: Manual
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[[File:Light.png|500px]]
[[File:Light.png|500px]]


: 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 experimental geometry is described by the two-layer model in the above Figure, where phase <math>i</math> and phase <math>j</math> represent the substrate and sample, respectively.  
The incident light in phase <math>i</math> and transmitted light in phase <math>j</math> are related by Snell's law
The incident light in phase <math>i</math> and transmitted light in phase <math>j</math> are related by Snell's law
: <math>  n_i \sin \theta_i = n_j \sin \theta_j </math>
: <math>  n_i \sin \theta_i = n_j \sin \theta_j </math>

2022年1月20日 (木) 06:37時点における版

Calculated reflectance of ATR-IR from complex refractive index

Light.png

The experimental geometry is described by the two-layer model in the above Figure, where phase and phase represent the substrate and sample, respectively. The incident light in phase and transmitted light in phase are related by Snell's law


Fitting procedure| How to Fit the ATR-IR spectra

Automatically determine the initial parameters in fitting procedure