% Template for FMOS Science Proposal
%
%\documentclass{article}
%\usepackage{subaru}
\documentstyle[fmosprop,epsf]{article}
\begin{document}

% Enter your title here; it should fit on one line when printed
\title{Put Your Title Here}

% Choose Category of the proposal;
% Uncomment ONE of the following lines to indicate 
\Categoryname{
% the scientific category
% SolarSystem
% NormalStars
% ExtrasolarPlanets
% StarandPlanetFormation
% CompactObjectsandSNe
% MilkyWay
% LocalGroup
% ISM
% NearbyGalaxies
% StarburstGalaxies
% AGNandQSOActivity
% QSOAbsorptionLinesandIGM
% ClustersofGalaxies
% GravitationalLenses
% HighzGalaxies
% DeepSurveys
% LargeScaleStructure
% CosmologicalParameters
Miscellaneous
}

% Enter the Principal Investigator's information here
\PIfirstname {Masayuki}
\PIinitial   {}
\PIlastname  {Akiyama}

\PIinstitute {Subaru Telescope, NAOJ}
\PIemail     {akiyama@subaru.naoj.org}

% Do Not Edit
\begin{PIinfo} 
\end{PIinfo}

% Enter name and institution of each Co-I
\begin{investigators}
\CoI{K.Ohta}{Kyoto University}
\CoI{N.Tamura}{Durham University}
\CoI{K.Ohta}{Kyoto University}
\CoI{N.Tamura}{Durham University}
\CoI{K.Ohta}{Kyoto University}
\CoI{N.Tamura}{Durham University}
\end{investigators}

% For FMOS observing run, enter the instrument, number of 
% nights required, lunar phase (Dark/Gray/Bright), preferred 
% months, and configuration (Low- or High- resolution mode),
% and central wavelength in (nm).
\begin{observingrun}
\run{FMOS}{10}{Gray}{Dec/Jan}{High}{1600}
\run{FMOS}{10}{Bright}{Mar/Jan}{High}{1200}
\run{FMOS}{10}{Dark}{Mar/Jan}{Low}{1300}
\end{observingrun}

% Enter your list of fields here: name, RA, dec, equinox, magnitude
% either J or H, number of targets per FMOS fov, required SN, and 
% expected exposure time in (min) in total.
\begin{targets}
\target{SXDS Field}{02 00}{+05 00}{J2000.0}{$J=20.0$}{1000}{10}{60}
\target{SXDS Field}{02 00}{+05 00}{J2000.0}{$H=20.0$}{1000}{10}{60}
\target{SXDS Field}{02 00}{+05 00}{J2000.0}{$J=20.0$}{1000}{10}{60}
\target{SXDS Field}{02 00}{+05 00}{J2000.0}{$H=20.0$}{1000}{10}{60}
\target{SXDS Field}{02 00}{+05 00}{J2000.0}{$J=20.0$}{1000}{10}{60}
\target{SXDS Field}{02 00}{+05 00}{J2000.0}{$H=20.0$}{1000}{10}{60}
\target{SXDS Field}{02 00}{+05 00}{J2000.0}{$J=20.0$}{1000}{10}{60}
\target{SXDS Field}{02 00}{+05 00}{J2000.0}{$H=20.0$}{1000}{10}{60}
\target{SXDS Field}{02 00}{+05 00}{J2000.0}{$J=20.0$}{1000}{10}{60}
\end{targets}

% Put the Observing Method and Technical Details here.
\begin{technicalinfo}
Describe "justification of the above exposure time",
"justification of the required resolution",
"estimate of total required time", and 
"justification of the required number of nights".
If you observe one field several times to
cover $>$400 objects in the field, please describe
here in detail. 
If you prefer a special sky subtraction method, 
please describe here.
If you have a special request for instrument, please 
describe here (like, I want to observe many bright
stellar objects, thus I do not need accurate positioning of
fibre but need quick configuration, etc.).
\end{technicalinfo}

% Describe Scheduling Requirements
\begin{schedinfo}
If you have any special scheduling coordination, 
please describe here
(like, my observation have to be finished before a
certain observing run at another facility, etc.).
\end{schedinfo}

\scienceobj
% Enter your scientific objective here (maximum 1 pages with over
% all strategy, you can include figures and tables).

Describe background and objective of your science project.
Describe overall goal of your science project.

\begin{enumerate}
\item You can use listing environment like this.
\item You can use listing environment like this.
\end{enumerate}

\begin{figure}[h]
\begin{center}
\epsfysize = 80mm
\epsfbox{f3.eps}
\end{center}
\caption{You can insert your EPS figure like this.}
\end{figure}

\begin{figure}[h]
\begin{center}
\epsfysize = 20mm
\epsfbox{f3.eps}
\end{center}
\caption{You can change the size of your EPS figure like this.}
\end{figure}

% Put Overall Strategy and Required Observation BEFORE FMOS Observation.
\begin{preparation}
Describe overall observation plan (like 
Suprime-Cam imaging observation in semester ???, 
follow-up observation in the other wavelength in semester ???).
Justify your sample size (like, why do you need
100,000 AGNs/QSOs to meet your scientific obective ?).
Describe what can be revealed with the FMOS observation
in detail(also, what can not be revealed only with the FMOS,
and what do you need additionary).
Describe any observation for calibration with
other instrument (like, calibration with IRCS/Subaru is 
required for stellar metalicity determination with medium 
resolution spectroscopy in the near-infrared band).
Describe how time critical your observation is.

\end{preparation}

\end{document}










