\documentstyle[twoside]{article}

\input ibvs2.sty
\input ibvse.sty

\begin{document}
\IBVShead{5777}{11 June 2007}

\IBVStitle{New Minima Times of Selected Eclipsing Binaries}

\IBVSauth{Parimucha, \v{S.}$^1$; Va\v{n}ko, M.$^{2,3}$; Pribulla, T.$^{2}$; Hamb\'{a}lek, L.$^2$; Dubovsky, P.$^4$; \\ Balu\v{d}ansk\'y, D.$^5$; Petr\'{i}k, K.$^{6,7}$; Chrastina, M.$^{7,8}$; Urban\v{c}ok, L.$^{7,9}$ }

\IBVSinst{Institute of Physics, Faculty of Natural Sciences,
University of P.J. \v{S}af\'arik, 040 01 Ko\v{s}ice, The Slovak
Republic; e-mail: stefan.parimucha@upjs.sk}

\IBVSinst{Astronomical Institute of the Slovak Academy of
Sciences, 059 60 Tatransk\'a Lomnica, The Slovak Republic;
e-mail: (vanko,pribulla,lhambalek)@ta3.sk}

\IBVSinst{Astrophysikalisches Institut, Universit\"{a}t Jena, Schillerg\"{a}sschen 2-307745 Jena, Germany}

\IBVSinst{Kolonica Observatory, The Slovak Republic; e-mail: var@kozmos.sk}

\IBVSinst{Roztoky Observatory, 090 01 Vy\v{s}n\'y Orl\'{\i}k,
The Slovak Republic; e-mail: bdaniel@pobox.sk}

\IBVSinst{Department of Physics, Faculty of Education, Trnava University,
Priemyseln\'a 4, 918 43 Trnava, The Slovak Republic;
e-mail: kpetrik@astronyx.sk}

\IBVSinst{Hlohovec Observatory and Planetarium, Sl\'adkovi\v{c}ova 41, 920 01 Hlohovec,
The Slovak Republic, e-mail: chrastina@kozmos.sk}

\IBVSinst{Institute of Theoretical Physics and Astrophysics, Faculty of Science
Masaryk University, Brno, The Czech Republic}

\IBVSinst{Slovak Union of Amateur Astronomers, Organisation Rimavsk\'{a} Sobota, Toma\v{s}ovsk\'{a} 63, 979 01, The
Slovak Republic; e-mail: astrosid@szm.sk}

\IBVStyp{  E  }
\IBVSkey{photometry}
\IBVSabs{We present 169 CCD and photoelectric times of minima of selected}
\IBVSabs{eclipsing binaries obtained from 2005 to 2007 at observatories}
\IBVSabs{in Slovakia}

\SIMBADobj{AB And}
\SIMBADobj{EP And}
\SIMBADobj{GZ And}
\SIMBADobj{LO And}
\SIMBADobj{QR And}
\SIMBADobj{AH Aur}
\SIMBADobj{TY Boo}
\SIMBADobj{TZ Boo}
\SIMBADobj{AO Cam}
\SIMBADobj{BS Cas}
\SIMBADobj{CW Cas}
\SIMBADobj{V523 Cas}
\SIMBADobj{V776 Cas}
\SIMBADobj{EG Cep}
\SIMBADobj{GW Cep}
\SIMBADobj{WZ Cep}
\SIMBADobj{CC Com}
\SIMBADobj{RZ Com}
\SIMBADobj{RW Com}
\SIMBADobj{GO Cyg}
\SIMBADobj{V401 Cyg}
\SIMBADobj{V1191 Cyg}
\SIMBADobj{V1918 Cyg}
\SIMBADobj{BE Dra}
\SIMBADobj{EF Dra}
\SIMBADobj{FU Dra}
\SIMBADobj{AK Her}
\SIMBADobj{V829 Her}
\SIMBADobj{V857 Her}
\SIMBADobj{PP Lac}
\SIMBADobj{V344 Lac}
\SIMBADobj{CE Leo}
\SIMBADobj{XY Leo}
\SIMBADobj{UV Lyn}
\SIMBADobj{V361 Lyr}
\SIMBADobj{BB Peg}
\SIMBADobj{DI Peg}
\SIMBADobj{V351 Peg}
\SIMBADobj{V357 Peg}
\SIMBADobj{V432 Per}
\SIMBADobj{DV Psc}
\SIMBADobj{CW Sge}
\SIMBADobj{V Sge}
\SIMBADobj{EQ Tau}
\SIMBADobj{V781 Tau}
\SIMBADobj{XY UMa}
\SIMBADobj{TV UMi}
\SIMBADobj{AG Vir}
\SIMBADobjAlias{BD-03 3419}{PY Vir}
\SIMBADobj{ER Vul}
\SIMBADobj{BD+7 3142}

\GCVSobj{PY Vir}

\begintext

\IBVSEobs{50-cm Newtonian (G1) and 60-cm Cassegrain (G2) telescopes at Star\'a Lesn\'a, 256/1360 Newton telescope (K1)  
and 5.6/400 Zeiss Objective (K2) at Kolonica Observatory, 40-cm Cassegrain telescope at Roztoky Observatory (RO),
600/2400 Cassegrain telescope (H1) and 5,6/1000 Zeiss Spiegelobjektiv (H2) at Hlohovec Observatory, 15-cm refractor at
David Dunlap Observatory, University of Toronto (DDO)}

\IBVSEdet{SBIG ST-10XME CCD camera (G1), photoelectric photometer (G2), Meade DSI Pro CCD camera (K1, K2), SBIG ST-8 CCD
camera (RO), SBIG ST-9XE camera (H1,H2), SBIG ST-6 and SBIG ST-402 camera (DDO)}

\IBVSEred{G1 and DDO data were analysed by scripts written under the MIDAS reduction package ({\tt
http://www.eso.org/projects/esomidas/}) by one of the authors (TP) while at K1, K2, RO and HL the C-Munipack package
({\tt http://integral.physics.muni.cz/cmunipack/}) has been used. Part of the photoelectric photometry was performed
with neutral filter ({\it N}). Photometric observations at DDO were performed simultaneously with medium-dispersion
spectroscopy using the main telescope.}

\IBVSEmethod{The minima times were computed by Kwee \& van Woerden method}

\IBVSEmins{
AB And       &  53935.4904 &  0.0001 &  I  &$     $& K2  \\ 
EP And       &  53944.5054 &  0.0001 &  II &$     $& K1  \\
             &  53945.5155 &  0.0001 &  I  &$     $& K1  \\
             &  53005.3233 &  0.0001 &  I  &$ V   $& K1  \\
GZ And       &  53943.4620 &  0.0001 &  I  &$ V   $& K1  \\
             &  53947.4616 &  0.0001 &  I  &$ V   $& K1  \\
             &  54027.3420 &  0.0002 &  I  &$ V   $& K1  \\
LO And       &  53919.4921 &  0.0001 &  II &$ V   $& K1  \\
             &  53935.4702 &  0.0001 &  II &$ V   $& K1  \\
             &  53966.4748 &  0.0004 &  I  &$ V   $& K1  \\
QR And       &  53991.5901 &  0.0002 &  I  &$BVR_C  $& H1  \\
             &  54003.4696 &  0.0001 &  I  &$BVR_C  $& H1 \\
             &  54009.4160 &  0.0002 &  I  &$BVR_C  $& H1 \\
             &  54025.2708 &  0.0001 &  II &$BV(RI)_C $& H1 \\
             &  54026.5804 &  0.0001 &  I  &$BV(RI)_C $& H1 \\
AH Aur       &  53768.2584 &  0.0001 &  II &$ V(RI)_C $& G1 \\
TY Boo       &  53932.4444 &  0.0001 &  I  &$ V   $& K1  \\
TZ Boo       &  53934.4327 &  0.0003 &  II &$     $& K1  \\
             &  53947.3621 &  0.0001 &  I  &$     $& K1  \\
             &  54178.8486 &  0.0001 &  I  &$     $& DDO \\
AO Cam       &  53746.6428 &  0.0006 &  I  &$R    $& RO  \\ 
             &  54020.4641 &  0.0001 &  II &$ V   $& K1  \\
             &  54027.5584 &  0.0004 &  I  &$ V   $& K1  \\
BS Cas       &  53988.3972 &  0.0001 &  II &$V(RI)_C$& G1  \\
             &  53990.5998 &  0.0001 &  II &$V(RI)_C  $& G1  \\
CW Cas       &  53854.5284 &  0.0002 &  I  &$     $& K1  \\
             &  53921.4902 &  0.0002 &  I  &$ V   $& K1  \\
             &  53926.4327 &  0.0002 &  II &$ V   $& K1  \\
             &  53930.4183 &  0.0001 &  I  &$ V   $& K1  \\
             &  53942.4711 &  0.0001 &  I  &$ V   $& K1  \\
             &  53944.4477 &  0.0001 &  I  &$ V   $& K1  \\
V523 Cas     &  53930.4592 &  0.0001 &  II &$ V   $& K1  \\
             &  53943.4294 &  0.0001 &  I  &$     $& K1  \\
             &  53943.5460 &  0.0001 &  II &$     $& K1  \\
             &  53947.5188 &  0.0001 &  II &$     $& K1  \\
V776 Cas     &  53966.5385 &  0.0007 &  I  &$     $& K2  \\
EG Cep       &  53761.3173 &  0.0008 &  I  &$ R   $& RO  \\
GW Cep       &  53747.2237 &  0.0003 &  I  &$ RI  $& RO  \\
             &  53763.4836 &  0.0001 &  II &$ RI  $& RO  \\
             &  53763.6436 &  0.0002 &  I  &$ RI  $& RO \\
             &  53764.2813 &  0.0002 &  II &$ RI  $& RO \\
             &  53764.4405 &  0.0002 &  I  &$ RI  $& RO \\
             &  53765.3975 &  0.0003 &  I  &$ I   $& RO \\
             &  53765.5577 &  0.0008 &  II &$ I   $& RO \\
}
\IBVSEmins{
GW Cep       &  53866.4409 &  0.0007 &  I  &$ I   $& RO \\
             &  53895.4816 &  0.0001 &  I  &$     $& K1  \\
             &  53929.4367 &  0.0001 &  II &$ V   $& K1  \\
WZ Cep       &  53791.3402 &  0.0002 &  I  &$ RI  $& RO \\
             &  53795.3050 &  0.0003 &  I  &$ RI  $& RO  \\
             &  53922.4157 &  0.0001 &  II &$ V   $ & K1  \\
             &  53965.4127 &  0.0001 &  II &$     $ & K1  \\
CC Com       &  53823.7849 &  0.0003 &  II &$     $ & DDO  \\
             &  53824.7758 &  0.0002 &   I &$     $ & DDO  \\
RZ Com       &  53845.4203 &  0.0001 &  II &$     $ & K1  \\
RW Com       &  53760.5710 &  0.0001 &  II &$ BV(RI)_C$ & G1  \\
             &  53760.6892 &  0.0001 &  I  &$ BV(RI)_C$ & G1  \\
             &  53818.4821 &  0.0002 &  I  &$ RI  $ & RO  \\
             &  53818.5996 &  0.0003 &  II &$ R   $ & RO  \\
             &  53830.3059 &  0.0004 &  I  &$ RI  $ & RO  \\ 
             &  53847.4787 &  0.0005 &  I  &$ RI  $ & RO  \\
             &  54167.3830 &  0.0003 &  I  &$ RI  $ & RO  \\
             &  54174.3836 &  0.0005 &  I  &$ RI  $ & RO  \\
             &  54182.3341 &  0.0002 &  I  &$ VRI $ & RO  \\
GO Cyg       &  53650.3114 &  0.0001 &  I  &$ BV(RI)_C$ & G1  \\
V401 Cyg     &  53550.4480 &  0.0001 &  I  &$ V(RI)_C $ & G1 \\
             &  53584.5375 &  0.0001 &  II &$ V(RI)_C $ & G1 \\
             &  53617.4605 &  0.0001 &  I  &$ V(RI)_C $ & G1 \\
             &  53620.3740 &  0.0001 &  I  &$ V(RI)_C $ & G1 \\
             &  53651.2584 &  0.0001 &  I  &$ V(RI)_C $ & G1 \\
             &  53653.2997 &  0.0001 &  II &$ V(RI)_C $ & G1 \\
             &  53900.3758 &  0.0001 &  II &$ V(RI)_C $ & G1 \\
             &  53920.4796 &  0.0001 &  I  &$ V   $ & K1  \\
             &  53927.4714 &  0.0001 &  I  &$ V   $ & K1  \\
             &  53941.4586 &  0.0002 &  I  &$ V   $ & K1  \\
V1191 Cyg    &  53915.5113 &  0.0005 &  I  &$  V  $ & K1  \\
             &  53921.4649 &  0.0002 &  I  &$  V  $ & K1  \\
             &  53934.4683 &  0.0004 &  II &$     $ & K2  \\
V1918 Cyg    &  53924.4905 &  0.0003 &  I  &$  V  $ & K1  \\
BE Dra       &  53834.5354 &  0.0002 &  I  &$     $ & K1  \\
EF Dra       &  53848.5136 &  0.0003 &  II &$     $ & K2  \\
             &  53911.4791 &  0.0006 &  I  &$     $ & K1  \\
FU Dra       &  53939.4375 &  0.0002 &  II &$     $ & K2  \\
AK Her       &  53867.4823 &  0.0002 &  II &$     $ & K1  \\
V829 Her     &  53944.4123 &  0.0001 &  II &$ V(RI)_C $ & G1 \\
             &  53945.4914 &  0.0002 &  II &$  V  $ & K1  \\
             &  53947.4613 &  0.0007 &  I  &$  V  $ & K1  \\
             &  53963.3987 &  0.0004 &  II &$  V  $ & K1  \\
V857 Her     &  53937.4694 &  0.0004 &  I  &$     $ & K1  \\
             &  53965.3739 &  0.0007 &  I  &$  V  $ & K1  \\
PP Lac       &  53944.3915 &  0.0001 &  I  &$     $ & K1  \\
             &  53964.4499 &  0.0001 &  I  &$ V   $ & K1  \\
}

\IBVSEmins{
PP Lac       &  54001.3565 &  0.0001 &  I  &$     $ & K1  \\
V344 Lac     &  53928.5027 &  0.0001 &  II &$     $ & K1  \\
             &  53939.4857 &  0.0001 &  II &$     $ & K1  \\
             &  54004.4019 &  0.0001 &  I  &$     $ & K1  \\
             &  54018.5225 &  0.0002 &  I  &$ V   $ & K1  \\
             &  54068.3360 &  0.0003 &  I  &$     $ & K1  \\
CE Leo       &  54085.6639 &  0.0001 &  I  &$     $ & K1  \\
XY Leo       &  53842.5981 &  0.0003 &  I  &$     $ & DDO \\
UV Lyn       &  54067.6037 &  0.0002 &  I  &$  V  $ & K2 \\
             &  54068.6367 &  0.0005 &  I  &$  V  $ & K2 \\
V361 Lyr     &  53814.5114 &  0.0001 &  I  &$ V(RI)_C $ & G1 \\
             &  53990.3713 &  0.0001 &  I  &$ BV(RI)_C$ & G1 \\
             &  54003.3748 &  0.0001 &  I  &$ BV(RI)_C$ & G1 \\
             &  54004.3037 &  0.0001 &  I  &$ BV(RI)_C$ & G1 \\
BB Peg       &  54039.3068 &  0.0001 &  I  &$ V(RI)_C $ & G1 \\
DI Peg       &  53967.4772 &  0.0001 &  I  &$     $ & K2  \\
V351 Peg     &  53945.4657 &  0.0001 &  II &$     $ & K2  \\
V357 Peg     &  54005.4320 &  0.0001 &  I  &$     $ & K2  \\
V432 Per     &  54003.3866 &  0.0001 &  I  &$ V   $ & K1  \\
             &  54017.5696 &  0.0001 &  I  &$ V   $ & K1  \\
DV Psc       &  53618.5659 &  0.0001 &  I  &$ BV(RI)_C$ & G1\\
             &  53637.3862 &  0.0001 &  I  &$ BV(RI)_C$ & G1\\
             &  53640.4720 &  0.0001 &  I  &$ BV(RI)_C$ & G1\\
             &  53648.3397 &  0.0002 & II  &$ BV(RI)_C$ & G1\\
             &  53648.4938 &  0.0001 &  I  &$ BV(RI)_C$ & G1\\
             &  53671.3290 &  0.0001 & I   &$ BV(RI)_C$ & G1\\
             &  53963.5049 &  0.0001 &  I  &$     $ & K1\\
             &  53965.5111 &  0.0004 &  II &$     $ & K1\\
             &  53972.4523 &  0.0001 &  I  &$     $ & K1\\
             &  53974.4580 &  0.0001 &  II &$     $ & K1\\
             &  53995.4397 &  0.0001 &  II &$     $ & K1\\
             &  54026.2961 &  0.0001 & II  &$ BV(RI)_C$ & G1\\
             &  54026.4530 &  0.0001 & I   &$ BV(RI)_C$ & G1\\ 
             &  54027.3771 &  0.0001 & I   &$ BV(RI)_C$ & G1\\
             &  54035.3992 &  0.0001 & I   &$ BV(RI)_C$ & G1\\
CW Sge       &  53935.5438 &  0.0005 & II  &$     $ & K1\\ 
             &  53936.5269 &  0.0002 & I   &$     $ & K1 \\
             &  53942.4714 &  0.0003 & I   &$     $ & K1 \\
             &  53967.5616 &  0.0003 & I   &$ V   $ & K1 \\ 
             &  54019.4057 &  0.0003 &  I  &$ V   $ & K1 \\
V Sge        &  53515.4940 &  0.0002 &  I  &$ V   $ & H2 \\
             &  53579.5023 &  0.0001 &  I  &$ VR_C  $ & H2 \\
             &  53580.5293 &  0.0002 &  I  &$ BV(RI)_C$ & H2 \\
             &  53581.5574 &  0.0003 &  I  &$ B(RI)_C $ & H2 \\
             &  53596.4716 &  0.0004 &  I  &$ V(RI)_C $ & H2 \\
             &  53615.5040 &  0.0001 &  I  &$ BV(RI)_C$ & H2 \\
             &  53619.3585 &  0.0003 &  II &$ (RI)_C  $ & H2 \\
}
\IBVSEmins{
V Sge        &  53900.3619 &  0.0001 &  I  &$  V  $ & K1  \\
             &  53902.4117 &  0.0001 &  I  &$  V  $ & K1  \\
             &  53940.4648 &  0.0003 &  I  &$  V  $ & K1  \\
             &  53967.4877 &  0.0006 &  II &$ BVR_C $ & H1 \\
             &  53972.3476 &  0.0005 &  I  &$  V  $ & K1  \\
             &  53975.4324 &  0.0002 &  I  &$     $ & K1  \\
             &  53991.3636 &  0.0002 &  I  &$ BVR_C $ & H1 \\
             &  53992.4066 &  0.0001 &  I  &$ BVR_C $ & H1 \\
             &  53993.4375 &  0.0001 &  I  &$  VR_C $ & H1 \\
             &  53993.4427 &  0.0006 &  I  &$  V  $ & K1  \\
             &  53999.3319 &  0.0003 &  II &$ BVR_C $ & H1 \\
             &  54000.3932 &  0.0003 &  II &$ BVR_C $ & H1 \\
             &  54007.3107 &  0.0001 &  I  &$ V   $ & K1  \\
             &  54018.3713 &  0.0005 &  II &$ V   $ & H1  \\
             &  54023.2561 &  0.0001 &  I  &$ BVI_C $ & H1  \\
             &  54024.2779 &  0.0001 &  I  &$ BV(RI)_C$ & H1 \\
             &  54026.3407 &  0.0003 &  I  &$ V   $ & K1  \\
EQ Tau       &  54022.5508 &  0.0001 &  I  &$ V   $ & K1  \\
V781 Tau     &  53767.2730 &  0.0003 &  I  &$ RI  $ & RO\\
XY UMa       &  53833.3711 &  0.0001 &  II &$ BV(RI)_C$ & G1 \\
             &  53834.3295 &  0.0001 &  II &$ BV(RI)_C$ & G1 \\
TV UMi       &  53848.3990 &  0.0008 &  I  &$     $ & K1 \\
             &  53860.4463 &  0.0001 &  I  &$     $ & K1 \\
             &  53865.4388 &  0.0002 &  I  &$     $ & K1 \\
             &  53866.4750 &  0.0006 &  II &$     $ & K1 \\
AG Vir       &  53450.4496 &  0.0002 &  II &$ N   $ & G2 \\
             &  53451.4089 &  0.0002 &  I  &$ N   $ & G2 \\
             &  53285.3871 &  0.0001 & II  &$ V   $ & G1 \\
PY Vir       &  54201.7944 &  0.0001 &  I  &$     $ & DDO \\
ER Vul       &  53936.4766 &  0.0004 & II  &$     $ & K2 \\
BD+7 3142    &  54188.8663 &  0.0001 &  I  &$     $ & DDO \\ 
}

\IBVSEremexp{Remark gives observatory}

\IBVSErem{Times of minima are weighted averages from all filters used}

\newpage

\IBVSEack{Part of data published in this paper was obtained at the David Dunlap Observatory, University of Toronto. This
work was also supported by the following grants: VEGA grants od the Slovak Academy of Sciences No.\ 7010 and 7011, grant
of \v{S}af\'arik University VVGS 10/2006, APVV grant LPP-0049-06, Bilateral APVV grant SK-UK-01006, INTERREG IIIA
SR-\v{C}R 143-13-36 grant, KEGA grant 3/4128/06 and grant of GA \v{C}R 205/06/0217.  M. Vanko's research is supported by
a Maria Curie ``Transfer of Knowledge'' Fellowship within the 6th European Community Framework Programme. Support (of the
stay of TP at the DDO) from the grant of the Natural Sciences and Engineering Council of Canada to S.M. Rucinski is
acknowledged with gratitude.}

\vfill

\IBVSerratum{5777}

The following corrections for the paper "New Minima Times of Selected Eclipsing 
Binaries" by Parimucha et al. were communicated by the authors after 
the publication:

\begin{verbatim}

Star     Original          Corrected
--------------------------------------
EP And  53005.3233  I      54005.3233  I
UV Lyn  54068.6367  I      54068.6367  II
GZ And  53947.4616         should be deleted
CW Cas  53942.4711         should be deleted
GW Cep  53866.4409         should be deleted
RW Com  53830.3059         should be deleted
RW Com  53847.4787         should be deleted
AG Vir  53285.3871         should be deleted

\end{verbatim}

\end{document}
