%
% definitions used in LaTEX files
%
% greek letters
%
% using \mbox makes the command independent from the current mode
%
\newcommand{\vtheta}{\mbox{$\vartheta$ }}
\newcommand{\vphi}{\mbox{$\varphi$ }}
%
% degrees
\newcommand{\degree}{\mbox{$^\circ$ }}
%
% rections
%
\newcommand{\pp}{\mbox{(p,p$^\prime$) }}
\newcommand{\ee}{\mbox{{(e,e$^\prime$) }}}
\newcommand{\eeN}{\mbox{(e,e$^\prime$N) }}
\newcommand{\een}{\mbox{(e,e$^\prime$n) }}
\newcommand{\eep}{\mbox{(e,e$^\prime$p) }}
\newcommand{\hee}{\mbox{$^1$H(e,e$^\prime$) }}
\newcommand{\heep}{\mbox{$^1$H(e,e$^\prime$p) }}
\newcommand{\deep}{\mbox{D(e,e$^\prime$p)n }}
\newcommand{\deen}{\mbox{D(e,e$^\prime$n)p }}
\newcommand{\deeN}{\mbox{D(e,e$^\prime$N) }}
\newcommand{\heteeN}{\mbox{$^3$He(e,e$^\prime$N) }}
\newcommand{\heteep}{\mbox{$^3$He(e,e$^\prime$p) }}
\newcommand{\ceep}{\mbox{$^{12}$C(e,e$^\prime$p) }}
\newcommand{\emiss}{\mbox{$\epsilon_m$\ }}
\newcommand{\carbon}{\mbox{$^{12}$C }}
\newcommand{\hethree}{\mbox{$^3$He }}
\newcommand{\vmag}[1]{\mbox{$\vert \vec #1\, \vert$ }}
\newcommand{\etal}{\mbox{$et$ $al.$ }}
\newcommand{\qvec}{\mbox{$\vec q$ }}
%
% shells
%
\newcommand{\pth}{\mbox{${\rm 1p}_{3/2}$ }}
\newcommand{\poh}{\mbox{${\rm 1p}_{1/2}$ }}
\newcommand{\soh}{\mbox{${\rm 1s}_{1/2}$ }}
\newcommand{\Sf}{\mbox{$S(\vec p_i, \epsilon_m)$ }}
%
\newcommand{\dif}{\mbox{d}}
%
% some definitions used for out of plane
%
\newcommand{\thetap}{\mbox{$\vtheta_p$ }}
\newcommand{\phip}{\mbox{$\vphi_p$ }}
\newcommand{\thetab}{\mbox{$\vtheta_b$ }}
\newcommand{\thetae}{\mbox{$\vtheta_e$ }}
\newcommand{\e}[1]{\mbox{$\cdot10^{#1}$ }}
\newcommand{\thetanpl}{\mbox{$\theta_{np}^{lab}$ }}
\newcommand{\thetanpcm}{\mbox{$\theta_{np}^{cms}$ }}
%
% response functions
%
\newcommand{\rl}{\mbox{$R_L$ }}
\newcommand{\rt}{\mbox{$R_T$ }}
\newcommand{\rlt}{\mbox{$R_{LT}$ }}
\newcommand{\rtt}{\mbox{$R_{TT}$ }}

