%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%                 File: OSAtemp.tex                   %
%                Date: Feb. 14, 2007                  %
%                                                     %
%    LaTeX template file for use with OSA journals    %
%         JOSA A, JOSA B, Applied Optics,             %
%            Optics Letters, and JON                  %
%                                                     %
%   This file requires the substyle file osajnl2.rtx, %
%       running under REVTeX 4.0 and LaTeX 2e,        %
%                           or                        %
%   the style file osajnl2.sty, running under LaTeX 2e%
%                                                     %
%       USE THE FOLLOWING REVTEX 4.0 OPTIONS:         %
%  \documentclass[osajnl2,preprint,showpacs]{revtex4} %
%                                                     %
%         USE THE FOLLOWING LaTeX OPTIONS:            %
%           \documentclass[12pt]{article}             %
%           \usepackage{osajnl2}                      %
%                                                     %
%                                                     %
%      (C) 2007 The Optical Society of America        %
%                                                     %
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

%\documentclass[12pt,osajnl2,preprint,showpacs]{revtex4}  %% REVTeX 4.0

%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%% Delete any REVTEX output files before running in LaTeX mode
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\documentclass[letterpaper,12pt]{article}   %% LaTeX 2e (preferred)
\usepackage{osajnl2} %% do not use with REVTeX4
\usepackage[draft]{hyperref} %% optional

\begin{document}

\title{Frequency Doubling with a Nd:YAG laser}

%% For REVTeX it is possible to automate superscript and e-mail callouts with the superscriptaddress option; see REVTeX4 documentation.


\author{Tony Hyun Kim$^1$, and Ilan F. Almog$^1$}
\address{$^1$Department of Electrical Engineering and Computer Science,\\
Massachusetts Institute of Technology, Cambridge, MA 02139}

\begin{abstract}
We have repaired the Quantronix 116 Nd:YAG laser in the Modern Optics Lab (MOL, 6.161). In particular, the water filter, the deionizer, and the Krypton pump lamp were replaced. With these changes, we have observed up to $14$W of IR output at $1064$nm. We then used the newly-repaired Quantronix 116 to perform frequency doubling with a KDP crystal, producing green light at $532$nm. Frequency doubling efficiency was measured as a function of input IR power, yielding a constant conversion efficiency of approximately $5.2\%$.
\end{abstract}

\maketitle %% null function with osajnl.sty

\section{Introduction}

This is a test to see how the text wraps. Roaring Spring Compositions Tony Hyun Kim 6.161: Modern Optics Lab. Research Laboratory of Electronics at MIT.

\begin{thebibliography}{99}

\bibitem[1] Placeholder

\end{thebibliography}

\end{document}
