THESIS

[matches/honours.git] / thesis / appendices / electron_optics.tex~

diff --git a/thesis/appendices/electron_optics.tex~ b/thesis/appendices/electron_optics.tex~
index 476baee..bfb40e6 100644 (file)
--- a/thesis/appendices/electron_optics.tex~
+++ b/thesis/appendices/electron_optics.tex~
@@ -1,4 +1,4 @@
-\chapter*{Electron Optics}
+\appendix{Electron Optics}

 
 
 There are two goals of electron optics as applied to total current spectroscopy (and other forms of electron scattering experiments): firstly, to produce the narrowest possible distribution $f(E - E_1)$ of primary electron energies at the sample, and secondly, to ensure that 
 
 
 There are two goals of electron optics as applied to total current spectroscopy (and other forms of electron scattering experiments): firstly, to produce the narrowest possible distribution $f(E - E_1)$ of primary electron energies at the sample, and secondly, to ensure that 


@@ -44,11 +44,11 @@ The gun was focused using an iterative process, by which each potential was alte
 The below figures \ref{egun_simulation1.pdf} and \ref{egun_simulation2.pdf} are the results of a simplistic electron gun simulation. The results of this simulation were not used to focus the actual electron gun; the images shown here are purely presented as a visual aid.
 
 \begin{center}
 The below figures \ref{egun_simulation1.pdf} and \ref{egun_simulation2.pdf} are the results of a simplistic electron gun simulation. The results of this simulation were not used to focus the actual electron gun; the images shown here are purely presented as a visual aid.
 
 \begin{center}

-       \includegraphics[scale=0.45, angle=270]{/home/sam/Documents/University/honours/thesis/figures/egun_simulation1.pdf} 
+       \includegraphics[scale=0.45, angle=270]{figures/egun/egun_simulation1.pdf} 

        
        \captionof{figure}{{\bf 2D Simulation of trajectories of electrons accelerated through an electron gun}}
        \label{egun_simulation1.pdf}
        
        \captionof{figure}{{\bf 2D Simulation of trajectories of electrons accelerated through an electron gun}}
        \label{egun_simulation1.pdf}

-       \includegraphics[scale=0.45, angle=270]{figures/egun_simulation2.pdf} 
+       \includegraphics[scale=0.45, angle=270]{figures/egun/egun_simulation2.pdf} 

        \captionof{figure}{{\bf 2D Simulation of the electrostatic potential produced by the electron gun}}\label{egun_simulation2.pdf}
        
 \end{center}
        \captionof{figure}{{\bf 2D Simulation of the electrostatic potential produced by the electron gun}}\label{egun_simulation2.pdf}
        
 \end{center}