#LaTeX #Biophotonics #Equations

BiomedOpticsEqs.tex

    \begin{equation}\label{Eq-red_scat_coef}
        $\mu _{s}^{'}=\mu _{s}(1-g)$ 
    \end{equation}    
    
    \begin{equation}\label{Eq-tot_attnt_coef}
        $\mu _{t}=\mu_{a}+\mu_{s}$ 
    \end{equation}
    
    \begin{equation}\label{Eq-mod_lambert_beer}
        I={{I}_{0}}{{e}^{-{{\mu }_{eff}}z}}  
    \end{equation}
    
    \begin{equation}\label{Eq-eff_attnt_coef}
        \mu_{eff}=\frac{1}\delta
    \end{equation
    
    \begin{equation}\label{Eq-mean_pen_dpth}
        \delta ={{\left[ 3{{\mu }_{a}}({{\mu }_{a}}+\mu _{s}^{'}) \right]}^{1/2}}
    \end{equation}
    
    \begin{equation}\label{Eq-abs_coeff_atlam}
        {{\mu }_{a}}(\lambda )=2.3\cdot c\cdot \left[ \alpha \cdot \varepsilon Hb{{O}_{2}}(\lambda )+(1-\alpha )\cdot 			\varepsilon Hbb(\lambda ) \right]\cdot \left[ C{{O}_{2}} \right]  
    \end{equation}