Update APPC2013 proceeding, according to reviewer's request

APPC2013/abstract/abstract.tex

@@ -124,7 +124,7 @@ Using the J-PARC proton beam and the pion capture by
 a solenoidal field, COMET will have a single event sensitivity  10,000 times
 better than the current limit. The COMET collaboration has taken a phased
 approach in which the first phase, COMET Phase-I [3], starts in 2013 and
-initial data taking in around 2016. This paper provides some highlights among
+initial data taking in around 2017. This paper provides some highlights among
 ongoing R\&D activities.
 
 %Charged lepton flavor violation (CLFV) has attracted much attention from
@@ -157,18 +157,18 @@ ongoing R\&D activities.
 
 ~\\
 
-~[1] Y.~Kuno {\it et al.} (COMET collaboration),  ``A Experimental
-	Search for Lepton Flavor Violating \muec Conversion at Sensitivity of
-	$10^{-16}$ with A Slow-Extracted Bunched Proton Beam'', J-PARC Proposal, 2007
-	and J-PARC Conceptual Design Report, 2009.\\
+~[1] D.~Bryman (The COMET collaboration):  ``An experimental
+	search for lepton flavor violating $\mu^- - e^-$ conversion at sensitivity of
+	$10^{-16}$ with a slow-extracted bunched proton beam'', J-PARC Proposal,
+	2007. \\
 
-~[2] W.~Bertl {\it et al.} (SINDRUM-II collaboration),  ``A search for $\mu
-- e$ conversion in muonic gold'', The European Physical Journal C 47 (2006)
+
+~[2] W.~Bertl (SINDRUM-II collaboration): Eur. Phys. J. C \textbf{47} (2006)
 337-346.\\
 
-~[3] Y.~Kuno {\it et al.} (COMET collaboration), ``Letter of
-	Intent of Phase-I for the COMET Experiment at J-PARC'', unpublished, March
-	2012. 
+~[3] R. Akhmetshin (The COMET collaboration): ``Experimental
+	proposal for Phase--I of the COMET experiment at J-PARC'', KEK/J-PARC-PAC
+	2012-10.
 
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