Beer's Law

(1)

\begin{align} A={\alpha}lc; \end{align}

(2)
\begin{align} {I_{1}\over I_{0}} = e^{-A}; \end{align}

(3)
\begin{align} {I_{1}\over I_{0}} = e^{-\alpha \, l \, c}; \end{align}

(4)
\begin{align} A = \ln \left( \frac{I_0}{I_1} \right); \end{align}

(5)
\begin{align} I = I_0\,\exp(-m(\tau_a+\tau_g+\tau_{\rm NO_2}+\tau_w+\tau_{\rm O_3}+\tau_r)); \end{align}

page revision: 14, last edited: 23 Jul 2007 03:14