% original TeX version by sombody
% 2002 Dec 12: LaTeX conversion by Amy Mioduszewski
% 2002 Dec 12: Minor format changes by Amy Mioduszewski and Greg Taylor
% 2002 Dec 13: Fixes by Amy in response to Richard Porcas comments
% 2002 Dec 18: More minor fixes by Amy in response to Patrick Charlot
% 2002 Dec 31: More minor changes by Amy re: Mike Garret plus improved
%              underlining
% 2003 Jan 18: More minor improvments to the underlining by Amy
% 2003 Jul 21-22: Added student info, rapid response science by Jim U.
% 2003 Aug 28: Some cleanup by Greg in response to Patrick Charlot
% 2019 Aug 02: rmc: converted to the more specific EVN/Global ToO case;
%                      removed much analogue-backend-related material
%
% This is the VLBI proposal cover sheet.  It is highly recommended 
% that you make a copy of this before editing.
% Lines beginning with ``%'' give instructions as to what to fill in
% or replace on immediately following lines.
%
% COVER SHEET, FRONT SIDE
%

\documentclass[10pt]{article}
\paperheight = 8.5truein
\paperwidth = 11.0truein
\def\unter#1{\hbox to #1{\hrulefill}}
\def\YES  {\bigotimes}
\def\NO   {\bigcirc}
\def\yes  {\bigotimes}
\def\no   {\bigcirc}
\def\SOME {\circ}
\def\arcmin{$^\prime$}
\def\arcsec{$^{\prime\prime}$}
\voffset=-1.3truein
\hoffset=-0.8truein
\textwidth = 8.0truein
\textheight = 10.5truein
\begin{document}


\parindent 0pt
\moveleft 0.75in
\vbox{ 
\centerline{\bf
%
% Remove the double percent sign at the beginning of one of the lines below.
% If this is an EVN proposal (or EVN plus MERLIN), uncomment EVN ToO below.
%%%% THIS IS NOW THE DEFAULT, AND IS COMMENTED IN A PRIORI
% If this proposal uses more than one VLBA telescope and more than one EVN 
% observatory telescopes then uncomment GLOBAL ToO below.  
% JIVE will distribute the proposal for review to NRAO (see distribution
% guidelines below).
%%  ONLY ONE LINE SHOULD BE UNCOMMENTED
%
 EVN Target of Opportunity         % Proposal for EVN 
% GLOBAL Target of Opportunity     % Proposal for observation with VLBA+EVN
Proposal}
}
\vskip -0.2in
\moveright 5.2in
\vbox{
\fbox{\rule[-0.75in]{0in}{0.2in}
\begin{tabular}{p{1.5in}}
\vskip 0.5in
\vskip 0.2in
rcvd: \\
\end{tabular}
}}

\vskip -0.75truein
\moveleft 0.3in
\vbox{
%DEADLINES: 1st of Feb., June, Oct.

% For EVN or global Target of Opportunity proposals, follow the
% distribution instructions in the table at:
%       http://old.evlbi.org/proposals/ToOtbl.html
% JIVE will forward the necessary things onto NRAO for global 
% ToO proposals.
}
\bigskip
\moveleft 0.7in
\vbox{
{\bf (1)} Date Prepared:

\vskip -11pt
\moveleft -1.2in
\vbox{
% If you want to add a manual date replace the \today (below) with a date.
\today
}}
\medskip
\moveleft 0.78in
\vbox{
\begin{tabular}{p{1.4in}p{5.6in}}
{\bf (2)} Title of Proposal:&\parskip -12pt

%% enter first line of title on next line

\\&\parskip -12pt\hskip 0.05in
%% enter second line of title on next line (if necessary)

\\
\end{tabular}
}   
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% If any of the authors has moved or is a first time user, please add a sheet
% at the end of the Scientific Justification with their full address including
% electronic mail, fax and phone number.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

\moveleft 0.75truein
\vbox{
\begin{tabular}{|p{1.6truein}|p{1.8truein}|p{2.25truein}|p{0.28truein}|p{0.48truein}|p{0.48truein}|}
\hline
&&&\multicolumn{3}{c|}{\underbar{Students Only}} \\
{\bf (3)} AUTHORS&\hfil INSTITUTION\hfil&\hfil E-mail\hfil&G/U&\hfil For \hfil&\hfil Ph.D.\hfil\\
(Add * for new location)&&&&\hfil Thesis?\hfil&\hfil Year\hfil \\
\hline
\parskip -12pt

%% enter first author name on next blank line.  

&\parskip -12pt
%% enter first author institution on blank line below (abreviate to less
%% than 27 characters)

&\parskip -12pt

%% enter first author e-mail on next line

&\parskip -12pt

%% If first author is student, enter "G" for graduate student or "U" for
%% undergraduate student on the next blank line.  If first author
%% isn't a student, leave blank.
%% Students at institutions outside the U.S. may not have the same
%% distinction between graduate and undergraduate studies that is followed
%% in the U.S. In such cases, just enter "G".


&\parskip -12pt

%% If first author is a grad student, is this observation for his/her Ph.D.
%% thesis?  Enter "Yes" or "No".  If first author is not a graduate
%% student, leave blank.


&\parskip -12pt

%% If first author is a graduate student, enter the Ph.D. year, whether
%% or not this observation is for the Ph.D. thesis.


\\
\hline
\parskip -12pt

%% enter second author name on next blank line.  

&\parskip -12pt

%% enter second author institution on blank line below (abreviate to less
%% than 27 characters)

&\parskip -12pt

%% enter second author e-mail on next line

&\parskip -12pt

%% If second author is student, enter "G" for graduate student or "U" for
%% undergraduate student.  If second author isn't a student, leave blank.
%% Students at institutions outside the U.S. may not have the same
%% distinction between graduate and undergraduate studies that is followed
%% in the U.S. In such cases, just enter "G".


&\parskip -12pt

%% If second author is a grad student, is this observation for his/her Ph.D.
%% thesis?  Enter "Yes" or "No".  If second author is not a graduate
%% student, leave blank.


&\parskip -12pt

%% If second author is a graduate student, enter the Ph.D. year, whether
%% or not this observation is for the Ph.D. thesis.


\\
\hline
\parskip -12pt

%% enter third author name on next blank line.  

&\parskip -12pt

%% enter third author institution on blank line below (abreviate to less
%% than 27 characters)

&\parskip -12pt

%% enter third author e-mail on next line

&\parskip -12pt

%% If third author is student, enter "G" for graduate student or "U" for
%% undergraduate student.  If third author isn't a student, leave blank.
%% Students at institutions outside the U.S. may not have the same
%% distinction between graduate and undergraduate studies that is followed
%% in the U.S. In such cases, just enter "G".


&\parskip -12pt

%% If third author is a grad student, is this observation for his/her Ph.D.
%% thesis?  Enter "Yes" or "No".  If third author is not a graduate
%% student, leave blank.


&\parskip -12pt

%% If third author is a graduate student, enter the Ph.D. year, whether
%% or not this observation is for the Ph.D. thesis.


\\
\hline
\parskip -12pt

%% enter fourth author name on next blank line. 


&\parskip -12pt

%% enter fourth author institution on blank line below (abreviate to less
%% than 27 characters)


&\parskip -12pt

%% enter fourth author e-mail on next line


&\parskip -12pt

%% If fourth author is student, enter "G" for graduate student or "U" for
%% undergraduate student.  If fourth author isn't a student, leave blank.
%% Students at institutions outside the U.S. may not have the same
%% distinction between graduate and undergraduate studies that is followed
%% in the U.S. In such cases, just enter "G".


&\parskip -12pt

%% If fourth author is a grad student, is this observation for his/her Ph.D.
%% thesis?  Enter "Yes" or "No".  If fourth author is not a graduate
%% student, leave blank.


&\parskip -12pt

%% If fourth author is a graduate student, enter the Ph.D. year, whether
%% or not this observation is for the Ph.D. thesis.


\\
\hline
\parskip -12pt

%% enter fifth author name on next blank line.  


&\parskip -12pt

%% enter fifth author institution on blank line below (abreviate to less
%% than 27 characters)


&\parskip -12pt

%% enter fifth author e-mail on next line


&\parskip -12pt

%% If fifth author is student, enter "G" for graduate student or "U" for
%% undergraduate student.  If fifth author isn't a student, leave blank.
%% Students at institutions outside the U.S. may not have the same
%% distinction between graduate and undergraduate studies that is followed
%% in the U.S. In such cases, just enter "G".


&\parskip -12pt

%% If fifth author is a grad student, is this observation for his/her Ph.D.
%% thesis?  Enter "Yes" or "No".  If fifth author is not a graduate
%% student, leave blank.


&\parskip -12pt

%% If fifth author is a graduate student, enter the Ph.D. year, whether
%% or not this observation is for the Ph.D. thesis.


\\
\hline
\parskip -12pt

%% enter sixth author name on next blank line.


&\parskip -12pt

%% enter sixth author institution on blank line below (abreviate to less
%% than 27 characters)


&\parskip -12pt

%% enter sixth author e-mail on next line


&\parskip -12pt

%% If sixth author is student, enter "G" for graduate student or "U" for
%% undergraduate student.  If sixth author isn't a student, leave blank.
%% Students at institutions outside the U.S. may not have the same
%% distinction between graduate and undergraduate studies that is followed
%% in the U.S. In such cases, just enter "G".


&\parskip -12pt

%% If sixth author is a grad student, is this observation for his/her Ph.D.
%% thesis?  Enter "Yes" or "No".  If sixth author is not a graduate
%% student, leave blank.


&\parskip -12pt

%% If sixth author is a graduate student, enter the Ph.D. year, whether
%% or not this observation is for the Ph.D. thesis.


\\
\hline
\parskip -12pt

%% enter seventh author name on next blank line.  

&\parskip -12pt

%% enter seventh author institution on blank line below (abreviate to less
%% than 27 characters)

&\parskip -12pt

%% enter seventh author e-mail on next line

&\parskip -12pt

%% If seventh author is student, enter "G" for graduate student or "U" for
%% undergraduate student.  If seventh author isn't a student, leave blank.
%% Students at institutions outside the U.S. may not have the same
%% distinction between graduate and undergraduate studies that is followed
%% in the U.S. In such cases, just enter "G".


&\parskip -12pt

%% If seventh author is a grad student, is this observation for his/her Ph.D.
%% thesis?  Enter "Yes" or "No".  If seventh author is not a graduate
%% student, leave blank.


&\parskip -12pt

%% If seventh author is a graduate student, enter the Ph.D. year, whether
%% or not this observation is for the Ph.D. thesis.


\\
\hline
\end{tabular}
}
\medskip
\moveleft 0.7in
\vbox{
\begin{tabular}{p{3.0in}p{2.0in}p{1.5in}}
{\bf (4)} Related previous or current VLBI proposal(s):&\parskip -12pt

%% enter related VLBI proposal numbers on next line

&
%% If this is a resubmission of a proposal change \NO to \YES below

$\NO$ Resubmission
\\
\end{tabular}
}
\medskip
\moveleft 0.7truein
\vbox{
\begin{tabular}{p{1.25truein}p{2.20truein}p{0.9truein}p{2.9truein}}
\multicolumn{2}{l}{{\bf (5)} Contact author for scheduling:
%% enter contact author's name on next line

}
&\parskip -12pt

{\bf (6)} Telephone:\ &\parskip -12pt

%% enter contact author's telephone number on next line

\\
\parskip -12pt
\hskip 0.72in Address: &\parskip -12pt

%% enter first line of contact author's address on next line

\parskip -12pt&\hskip 0.63in Fax: &\parskip -12pt

%% enter contact author's Fax number on next line

\\
\parskip -12pt &\parskip -12pt

%% enter second line of contact author's address on next line

\\
\parskip -12pt
&\parskip -12pt

%% enter third line of contact author's address on next line

&&\\
\parskip -12pt&\parskip -12pt

%% enter fourth line of contact author's address on next line

&&\\
\end{tabular}
}
\medskip
\moveleft 0.7in
\vbox{
\begin{tabular}{p{1.4truein}p{1.6truein}p{0.8truein}p{1.1truein}p{0.7truein}p{2.2truein}}
{\bf (7)} Scientific Category: &\parskip -12pt

%% on the next few lines find the category that applies to your
%% project and replace ``\NO'' with ``\YES'' on that line

$\NO$ astrometry \& geodesy&
$\NO$ galactic&
$\NO$ extragalactic&
$\NO$ other:&\parskip -10pt

%% if you replaced $\NO$ on the previous line (next to "other"), give a short
%% description (a couple of words maximum) of the type of observation
%% on the next line

\\
\end{tabular}
}

\medskip
\moveleft 0.7in
\vbox{

\begin{tabular}{p{0.3truein}p{0.5truein}p{0.6truein}p{0.6truein}p{0.5truein}p{0.5truein}p{0.6truein}p{0.8truein}p{0.6truein}p{0.5truein}}
\multicolumn{10}{l}{{\bf (8)} Wavelength(s) requested (small circles denote bands less widely available across EVN stations):}\\ 
&

% on the next few lines find the wavelengths being requested and 
% replace the ``NO'' or ``SOME'' with ``YES'' on that line
$\SOME$ 90cm&
%$\SOME$ 50cm&
%$\SOME$ 30cm&
$\NO$ 21cm&
$\NO$ 18cm&
%$\SOME$ 13cm&
$\NO$ 6cm&
$\NO$ 5cm&
$\NO$ 3.6cm&
$\NO$ 3.6/13cm&
%$\SOME$  2cm &
$\NO$ 1.3cm&
$\SOME$ 7mm\\
%$\SOME$ 3mm\\

&\multicolumn{4}{l}{

% if network standard setup is being used, replace the ``NO'' with ``YES''
% on the line below

$\NO$ Global Network standard bands }&

\multicolumn{5}{l}{

% if frequencies other than network standard setups are being requested, 
% replace the ``NO'' with ``YES'' on the line below, and
% enter the band(s) requested on the following blank line

$\NO$ Special frequencies:


}\\
&&&&&&& \vskip -10pt \rule{2.8in}{0.5pt}
\end{tabular}
}
\medskip
\moveleft 0.7in
\vbox{\vskip -12pt
\begin{tabular}{p{0.3truein}p{6.7truein}}
\multicolumn{2}{l}{{\bf (9)} Recording format:

} 
\end{tabular}
\vskip -10pt \hskip 5.80in \rule{1.in}{0.5pt}
}
\moveleft 0.7in
\vbox{\vskip -12pt
\begin{tabular}{p{0.3truein}p{6.7truein}}
&\multicolumn{1}{l}{Bandwidth per BaseBand channel:

% Give bandwidth of BaseBand channel filters in MHz on the next blank line.
% If more than one bandwidth is to be used, give number of channels at 
% each bandwidth

}
\end{tabular}
\vskip -10pt \hskip 2.69in \rule{1.in}{0.5pt} 
}
\moveleft 0.7in
\vbox{
\begin{tabular}{p{0.3truein}p{1.2truein}p{0.26truein}p{0.1truein}p{0.2truein}p{1.0truein}p{0.2truein}p{2.2truein}}
&Aggregate bit rate:\ &\parskip -12pt

% Indicate the aggregate bit rate.
% Enter the aggregate bit rate (sample rate times number of baseband channels 
% times bits per sample) on the line below.  The sample rate for normal
% Nyquist-sampled data would be twice the baseband channel filter-width.

\parskip -12pt &(\ &\parskip -12pt

% Enter the number of baseband channels on the following line

\parskip -12pt &
BB channels at\ &\parskip -12pt
% Enter the sample rate in MSamples/sec (64, 32, 16, 8, 4, 2, 1, .5) on the
% following line  (At Nyquist sampling, the sample rate [Msamp/s] will be
% twice the baseband-channel bandwidth [in MHz] -- with software correlators, t
% there is very little practical reason to use oversampling)

\parskip -12pt & MSamples/sec of
% Iindicate if one bit or two bit sampling is requested
% by changing ``NO'' to ``YES'' on one of the next two lines
%%%%  2-BIT SAMPLING IS THE A PRIORI DEFAULT
$\NO$ 1 bit,
$\YES$ 2 bit
)\hfil
\end{tabular}
\vskip -10pt \hskip 1.7in \rule{0.62in}{0.5pt} \hskip 0.08in \rule{0.50in}{0.5pt} \hskip 0.95in \rule{0.50in}{0.5pt}
}
\medskip
\moveleft 0.7in
\vbox{
\begin{tabular}{p{2.0truein}p{0.4truein}p{0.6truein}p{0.4truein}p{1.5truein}p{1.0truein}}
\multicolumn{1}{l}{{\bf (10)}
% If this proposal requests multiple epochs, change the ``NO'' to ``YES''
% on the line below

$\NO$ Multi-epoch observation:}\ &\parskip -12pt

% If multi-epoch, enter number of epochs requested with this proposal
% on the line below

\parskip -12pt &
epochs of\ & \parskip -12pt
% enter number of hours requested per epoch on the line below

\parskip -12pt &
hours each, separated by\ & \parskip -12pt

% enter the separation between epochs on the next blank line below.  Include
% units - eg ``4 months'' or ``2 days''

\end{tabular}
\vskip -10pt \hskip 2.2in \rule{0.50in}{0.5pt} \hskip 0.80in \rule{0.50in}{0.5pt} \hskip 1.70in \rule{1.00in}{0.5pt}
}
\medskip
\moveleft 0.7in
\vbox{
\begin{tabular}{|p{1.5truein}|p{3.7truein}|p{2.0truein}|}
\hline
{\bf (11)} Network&\hfil Requested antennas\hfil &\hfil Total time requested \\
\hline
EVN&\parskip -12pt
% REQUESTED ANTENNAS

% List antennas requested from the EVN on the next blank line.
% Do NOT say "ALL" but specify using the 2-letter station codes.
% Consult the EVN STATUS TABLE at the EVN User Guide
%  (http://old.evlbi.org/user_guide/EVNstatus.txt) 
% to find out which telescopes are available at your requested 
% frequency(ies).
% If this is an EVN+MERLIN request, include e-MERLIN outstations in 
% following line (these are also listed in the EVN STATUS TABLE).

&\parskip -12pt
% On the line below, list the total time requested of the EVN antennas

\\
\hline
e-MERLIN&\parskip -12pt

% List e-MERLIN out-stations requested in the next blank line

&\parskip -12pt
% On the line below, list the total time requested of the e-MERLIN antennas

\\
\hline
VLBA&\parskip -12pt

% List antennas requested from the VLBA on the next blank line
% (ALL may be specified)

&\parskip -12pt
% On the line below, list the total time requested of the VLBA antennas

\\
\hline
other NRAO&\parskip -12pt

% On the next blank line, list other requested NRAO antennas
% For example,  VLA or GBT

&\parskip -12pt
% On the next blank line, list the total time per antenna requested on 
% other NRAO antennas

\\
%\hline
%\multicolumn{1}{|l|}{
%% On the next blank line, enter the name of another participating network
%% (e.g. DSN
%
%} &\parskip -12pt 
%
%% On the next blank line, list the antennas requested from that network
%% or unaffiliated antennas
%
%&\parskip -12pt
%% On the next blank line, list the total time time per antenna requested of
%% these antennas
%
%\\
\hline
\hline
Non-VLBI Intruments&\parskip -12pt

% On the next blank line, list coordinated simultaneous or quasi-simultaneous
% observations planned for other instruments -- e.g., the VLA for
% polarization calibration or pulsar phase determination.
%%%% THIS IS FOR INFO ONLY

&\parskip -12pt
% On the next blank line, list the total time of these instruments

\\
\hline
\end{tabular}
}
\medskip
\moveleft 0.75truein
\vbox{
\begin{tabular}{p{7.0truein}}
{\bf (12)} ABSTRACT (Do not write outside this space. Please type)\\
\vskip 2.4in
\hrule width 7.0in \\
Scheduler use only\\
\parskip -12pt
(11/19)\\
\vskip -3.0in

% give a short description (abstract) of 150 words or less of your
% proposed observation and what you want to accomplish on the
% following lines


% END OF INPUT FOR SIDE 1
\end{tabular}
}
\clearpage

% START PAGE 2

\moveleft 0.7truein
\vbox{
\begin{tabular}{p{7truein}}
\multicolumn{1}{l}{{\bf (13)} Observation type:  

% On the lines below, replace the ``NO'' with ``YES'' for all that apply

$\NO$ Spectroscopy
$\NO$ Pulsar
$\NO$ Phase referencing

}
\end{tabular}
}
\medskip
\moveleft 0.7truein
\vbox{
\begin{tabular}{p{7truein}}
\multicolumn{1}{l}{{\bf (14)} Polarization:

% Indicate the polarization to be recorded by replacing the ``NO'' with
% ``YES'' on one of the lines below.
%%   Dual-polarization is now pre-selected as the default option 

$\NO$ Single Polarization~~
$\YES$ Dual Circular Polarization

}\\
\end{tabular}
}
\medskip
\moveleft 0.7truein
\vbox{
\begin{tabular}{p{0.3truein}p{1.2truein}p{1.1truein}p{1.2truein}p{2.6truein}}
\multicolumn{2}{l}{{\bf (15)} Assistance required:}\\
& Observation Setup:&

% If assistance is needed for observation preparation and setup, replace
% ``NO'' with ``YES'' on the appropriate line below
$\NO$ Consultation&
$\NO$ Extensive help&
$\NO$ Observe file preparation\\

&Postprocessing:&
% If assistance is needed for postprocessing, replace
% ``NO'' with ``YES'' on the appropriate line below
% All EVN and EVN/Global VLBI projects correlated at the EVN correlator at
% JIVE, are automatically pipelined. The apriori calibration files and AIPS
% Calibration tables are available at:old.evlbi.org/pipeline/user_expts.html

$\NO$ Consultation&
$\NO$ Extensive help&
$\NO$ Calibration service
\end{tabular}
}
\medskip
\moveleft 0.7truein
\vbox{
\begin{tabular}{p{0.3truein}p{6.7truein}}
\multicolumn{2}{l}{{\bf (16)} Correlator:~

% Change ``NO'' to ``YES'' on the appropriate line below to specify the 
% desired correlator.  
%%%% JIVE IS THE A PRIORI DEFAULT

$\YES$ JIVE,
$\NO$ Socorro,
$\NO$ Bonn,
$\NO$ Other 

% If ``Other'' is specified, please enter the correlator name on
% the next line.

}
\end{tabular}
\vskip -10pt \hskip 5.40in \rule{1.00in}{0.5pt} \\
\begin{tabular}{p{0.3truein}p{6.7truein}}
&\multicolumn{1}{l}{Special processing:

% If cross-polarized correlation is needed, replace ``NO'' with
% ``YES'' on the line below (and indicate dual polarization recording
% on item 15 above (search on '(15)').

$\NO$ XPol

% If pulsar gating is required, replace ``NO'' with ``YES''
% on the line below

$\NO$ Pulsar gate

% If processing at multiple field centers is required, replace ``NO'' with
% ``YES'' on the line below

$\NO$ Multiple Fields:

% If ``YES'' was entered for multiple fields, enter number of fields
% on the line below.

} 
\end{tabular}
\vskip -10pt \hskip 4.45in \rule{0.50in}{0.5pt} 
}
\moveleft 0.7truein
\vbox{
\begin{tabular}{p{0.3truein}p{1.0truein}p{1.0truein}p{2.4truein}p{0.6truein}}
&Averaging time:&
\multicolumn{1}{l}{

% Enter averaging time in seconds on the next blank line.

}\hskip 0.5in  &
Spectral channels per baseband channel:&
\multicolumn{1}{l}{
% Enter the number of spectral channels per baseband channel (i.e.,
% AIPS "IF") on the line below

}
\end{tabular}
\vskip -10pt \hskip 1.55in \rule{0.60in}{0.5pt} \hskip 2.8in  \rule{0.60in}{0.5pt}
}
\moveleft 0.7truein
\vbox{
\begin{tabular}{p{0.3truein}p{6.7truein}}
&\multicolumn{1}{l}{
% if other special processing is required, replace ``NO'' with ``YES''
% on the line below
$\NO$ Other special processing:

% if other special processing is required, enter a description on
% the next line

}
\end{tabular}
\vskip -10pt \hskip 2.3in \rule{3.60in}{0.5pt} 
}
\medskip
\moveleft 0.7truein
\vbox{
\begin{tabular}{p{7truein}}
\multicolumn{1}{l}{{\bf (17)} Postprocessing Location:

% Enter the location where postprocessing is to be done on the line below
% (e.g., home institute, JIVE, NRAO-SOC, etc.)

}
\end{tabular}
\vskip -10pt \hskip 1.95in \rule{1.20in}{0.5pt} 
}
\medskip
\moveleft 0.7truein
\vbox{
\begin{tabular}{p{0.3truein}p{6.7truein}}
\multicolumn{2}{l}{{\bf (18)} Source list:\ \

% Change the ``NO'' to ``YES'' on one of the lines below, depending on
% the equinox of the positions in the source list to follow:
%%  J2000 now preselected as the default option
% Note - the correlator will use J2000 coordinates.
$\YES$ J2000
$\NO$ B1950
}\\
&If more than 4 sources, please attach list.
If more than 30, give only selection criteria and GMST range(s)
\end{tabular}}
\medskip
\moveleft 0.7truein
\vbox{
\begin{tabular}{|p{1.85truein}|p{1.2truein}|p{1.2truein}|p{1.2truein}|p{1.2truein}|}
\hline
&\hfil Source 1 \hfil & \hfil Source 2 \hfil &\hfil Source 3 \hfil &\hfil Source 4 \hfil \\
\hline
Name(s) &\parskip -12pt
% On the following blank line, enter the name of the first source

&\parskip -12pt
% On the following blank line, enter the name of the second source

&\parskip -12pt
% On the following blank line, enter the name of the third source

&\parskip -12pt
% On the following blank line, enter the name of the fourth source

\\ \hline
RA [ h : m : s ]&\parskip -12pt
% on the following blank line, enter the right ascension of the first source

&\parskip -12pt
% on the following blank line, enter the right ascension of the second source

&\parskip -12pt
% on the following blank line, enter the right ascension of the third source

&\parskip -12pt
% on the following blank line, enter the right ascension of the fourth source

\\ \hline
Dec [ d : $'$ : $''$ ]&\parskip -12pt
% on the following blank line, enter the declination of the first source

&\parskip -12pt
% on the following blank line, enter the declination of the second source

&\parskip -12pt
% on the following blank line, enter the declination of the third source

&\parskip -12pt
% on the following blank line, enter the declination of the fourth sourc

\\ \hline
GMST range (Europe)&\parskip -12pt
% on the following blank line, requested European GMST range, 1st source

&\parskip -12pt
% on the following blank line, requested European GMST range, 2st source

&\parskip -12pt
% on the following blank line, requested European GMST range, 3st source

&\parskip -12pt
% on the following blank line, requested European GMST range, 4st source

\\ \hline
GMST range (US)&\parskip -12pt
% on the following blank line, requested US GMST range, 1st source

&\parskip -12pt
% on the following blank line, requested US GMST range, 2st source

&\parskip -12pt
% on the following blank line, requested US GMST range, 3st source

&\parskip -12pt
% on the following blank line, requested US GMST range, 4st source

%%\\ \hline
%%GMST range (Other) &\parskip -12pt
%%% on the following blank line, requested GMST range, 1st source, other antennas
%%
%%&\parskip -12pt
%%% on the following blank line, requested GMST range, 2st source, other antennas
%%
%%&\parskip -12pt
%%% on the following blank line, requested GMST range, 3st source, other antennas
%%
%%&\parskip -12pt
%%% on the following blank line, requested GMST range, 4st source, other antennas
%%
\\ \hline
Band(s) &\parskip -12pt
% on the following blank line, enter the band(s) at which the first source
% is to be observed

&\parskip -12pt
% on the following blank line, enter the band(s) at which the second source
% is to be observed

&\parskip -12pt
% on the following blank line, enter the band(s) at which the third source
% is to be observed

&\parskip -12pt
% on the following blank line, enter the band(s) at which the fourth source
% is to be observed

\\ \hline
Total flux density [\,Jy\,] &\parskip -12pt
% on the following blank line, enter total flux density of the first source

&\parskip -12pt
% on the following blank line, enter total flux density of the second source

&\parskip -12pt
% on the following blank line, enter total flux density of the third source

&\parskip -12pt
% on the following blank line, enter total flux density of the fourth source

\\ \hline
Expected correlated FD [\,mJy\,] &\parskip -12pt
% on the next blank line, enter the expected correlated flux density of the 
% first source

&\parskip -12pt
% on the next blank line, enter the expected correlated flux density of the 
% second source

&\parskip -12pt
% on the next blank line, enter the expected correlated flux density of the 
% third source

&\parskip -12pt
% on the next blank line, enter the expected correlated flux density of the 
% fourth source

\\ \hline
RMS needed [\,mJy/beam\,] &\parskip -12pt
% on the following blank line, enter needed RMS (mJy/beam), 1st source

&\parskip -12pt
% on the following blank line, enter needed RMS (mJy/beam), 2nd source

&\parskip -12pt
% on the following blank line, enter needed RMS (mJy/beam), 3rd source

&\parskip -12pt
% on the following blank line, enter needed RMS (mJy/beam), 4th source

\\ \hline
%%Peak/RMS needed &\parskip -12pt
%%% on the following blank line, enter needed Peak/RMS needed, 1st source
%%
%%&\parskip -12pt
%%% on the following blank line, enter needed Peak/RMS needed, 2nd source
%%
%%&\parskip -12pt
%%% on the following blank line, enter needed Peak/RMS needed, 3rd source
%%
%%&\parskip -12pt
%%% on the following blank line, enter needed Peak/RMS needed, 4th source
%%
%%\\ \hline
Field of view [ $''$ ] &\parskip -12pt
% on the following blank line, enter the field-of-view needed ("), 1st source

&\parskip -12pt
% on the following blank line, enter the field-of-view needed ("), 2nd source

&\parskip -12pt
% on the following blank line, enter the field-of-view needed ("), 3rd source

&\parskip -12pt
% on the following blank line, enter the field-of-view needed ("), 4th source

\\ \hline
Velocity resolution [\,km/s\,] &\parskip -12pt
% on the following blank line, enter the velocity resolution needed (km/s), 1st source

&\parskip -12pt
% on the following blank line, enter the velocity resolution needed (km/s), 2nd source

&\parskip -12pt
% on the following blank line, enter the velocity resolution needed (km/s), 3rd source

&\parskip -12pt
% on the following blank line, enter the velocity resolution needed (km/s), 4th source

\\ \hline
\end{tabular}}
\smallskip
\moveleft 0.75truein
\vbox{
\begin{tabular}{p{7.0truein}}

% At this point, if you are giving selection criteria instead of a
% source list, you may insert a three line summary of the criteria.

\parskip -12pt \\
\end{tabular}}
\medskip
\moveleft 0.75truein
\vbox{
\begin{tabular}{p{0.3truein}p{6.7truein}}
\multicolumn{2}{l}{{\bf (19)} Preferred VLBI session or range of dates for scheduling, and why:}\\

&\parskip -12pt
% On the following line, enter preferred date or session

\parskip -12pt \\
\end{tabular}}
\medskip
\moveleft 0.75truein
\vbox{
\begin{tabular}{p{0.3truein}p{6.7truein}}
\multicolumn{2}{l}{{\bf (20)} Dates which are NOT acceptable, and why: }\\

&\parskip -12pt
% On the following line, enter dates which are not acceptable

\parskip -12pt \\
\end{tabular}}
% END OF INPUT FOR VLBI COVERSHEET, SIDE 2.

\medskip
\moveleft 0.75truein
\vbox{
\begin{tabular}{p{0.3truein}p{6.7truein}}
\multicolumn{2}{l}{{\bf (21)} Attach a self-contained scientific
justification, not in excess of 1000 words}\\
&({\it i.e.}, 4p using 11-point or larger font, including figures).\\
&Preprints or reprints will not be forwarded to the referees.
\end{tabular}}
\vskip 0.75in
\moveleft 0.65truein
\vbox{
\begin{tabular}{p{6.9truein}}
A brief summary of the capabilities of the EVN 
antennas is given in the EVN Status Table in the EVN Users' Guide, which
may be found at {\tt http://old.evlbi.org/user\_guide/user\_guide.html}  \\
\\

Information about the capabilities of the VLBA may be 
found at 
{\tt https://science.nrao.edu/facilities/vlba} \\
\\

%Please include the full postal addresses for first-time
%users or for those that have moved (if not contact author).
\end{tabular}}
\clearpage

\textheight 9.3in
\hsize=6.5in
\columnwidth=6.5in
%\pagestyle{plain}
\voffset=-0.7in
\hoffset=-0.8in
\vsize=8.9in
\parindent 20pt
\normalsize

\end{document}
