%% $Id: PhysicsReferenceManual.tex,v 1.52 2007/02/21 09:33:08 amako Exp $

\documentclass[12pt,a4paper,oneside]{book}
\usepackage{amsmath,amssymb}
\usepackage[dvips]{graphicx}
\usepackage{html}
%% \usepackage[dvips]{epsfig}
\title{Physics Reference Manual}
\pagestyle{plain}
\begin{document}
{
\maketitle
\pagestyle {empty}
\setcounter{page}{-10}
\tableofcontents
\setcounter{page}{-0}
\pagestyle {empty}
}

\part{Introduction}
\include{generalities/introduction}
\include{generalities/messel}
\include{generalities/transportation}

\part{Particle Decay}
\include{decay/decay}

\part{Electromagnetic Interactions}
\chapter{Particle Transport}
\include{electromagnetic/miscellaneous/occurence}

\chapter{Gamma Incident}
\include{electromagnetic/standard/photoelec}
\newpage
\include{electromagnetic/standard/compton}
\newpage
\include{electromagnetic/standard/conv} 
\newpage
\include{electromagnetic/standard/MuPgen/MuPgen} 

\chapter{Common to All Charged Particles}
\include{electromagnetic/utils/enloss}
\newpage
\include{electromagnetic/utils/fluctuations}
\newpage
\include{electromagnetic/utils/integral}
\newpage
\include{electromagnetic/miscellaneous/setcuts}
\newpage
\include{electromagnetic/standard/msc}
\newpage
\include{electromagnetic/xrays/xtr}
\newpage
\include{electromagnetic/xrays/scint}
\newpage
\include{electromagnetic/xrays/cerenkov}
\newpage
\include{electromagnetic/standard/pai}
\newpage
\include{electromagnetic/standard/sandia}

\chapter{Electron Incident}
\include{electromagnetic/standard/eion}
\newpage
\include{electromagnetic/standard/ebrem}
\newpage
\include{electromagnetic/standard/annil}
\newpage
\include{electromagnetic/standard/AnnihiToMuPair}
\newpage
\include{electromagnetic/standard/anniToHadrons}
\newpage
\include{electromagnetic/xrays/SynchRad/InvSynFracInt_Geant4}

\chapter{Muon Incident}
\include{electromagnetic/muons/muion}
\newpage
\include{electromagnetic/muons/mubrem}
\newpage
\include{electromagnetic/muons/munu}  
\newpage
\include{electromagnetic/muons/pair}

\chapter{Charged Hadron Incident}
\include{electromagnetic/standard/hion}

\chapter{Polarized Electron/Positron/Gamma Incident}
\include{electromagnetic/standard/polarisation}

\chapter{Low Energy Extensions}
\include{electromagnetic/lowenergy/overview}
\newpage
\include{electromagnetic/lowenergy/compton}
\newpage
\include{electromagnetic/lowenergy/polarizedcompton}
\newpage
\include{electromagnetic/lowenergy/rayleigh}
\newpage
\include{electromagnetic/lowenergy/gammaconversion}
\newpage
\include{electromagnetic/lowenergy/photoelectric}
\newpage
\include{electromagnetic/lowenergy/bremsstrahlung}
\newpage
\include{electromagnetic/lowenergy/ionisation2}
\newpage
\include{electromagnetic/lowenergy/relaxation}
\newpage
\include{electromagnetic/lowenergy/hadrons}
\newpage
\include{electromagnetic/lowenergy/penelope}

\chapter{Optical Photons}
\include{optical/optical}

\chapter{Shower Parameterizations}
\include{parameterisation/parameterisation}

\part{Hadronic Interactions}
\include{photolepton_hadron/photolepton_hadron}
\include{hadronic/hadronic}
 
\end{document}