deletions | additions       diff --git a/section_Resonant_Tunneling_Diode.tex b/section_Resonant_Tunneling_Diode.tex  index ff07284..8307d36 100644  --- a/section_Resonant_Tunneling_Diode.tex  +++ b/section_Resonant_Tunneling_Diode.tex 
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Using the WKB approximation, one can determine an analytical expression for the transmission probability. For double barrier systems, the WKB method is known to lack accuracy, but the relative simplicity of this method make it useful for coarse analysis. Using the WKB approximation, a general expression for the transmission coefficient of a double barrier system can be found.  \begin{equation}  T_{tot}(E) = \frac{T_1T_2}{(1-\sqrt{R_1R_2})^2+4\sqrt{R_1R_2}cos^2(\Phi)}. \frac{T_1T_2}{(1-\sqrt{R_1R_2})^2+4\sqrt{R_1R_2}cos^2(\Phi)},  fdasdf  \end{equation}