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\begin{titlepage}
\begin{center}
\LARGE \vspace*{1.5cm}
International Astronomical Union\\
Commission 42\vspace{8mm}\\
BIBLIOGRAPHY OF CLOSE BINARIES\vspace{5mm}\\
No. 94\\[8mm]
\large
{\bf Editor-in-Chief:}\\[2mm]
C.D. Scarfe\\[8mm]
{\bf Editors:}\\[2mm]
H. Drechsel\\
D.R. Faulkner\\
E. Kilpio \\
Y. Nakamura\\
P.G. Niarchos\\
R.G. Samec\\
E. Tamajo\\
W. Van Hamme\\
M. Wolf\\[1cm]
Material published by March 15, 2012\\[1cm]
\fbox{\fbox{\parbox{14cm}{
\begin{center}
\hspace{2mm} BCB issues are available via URL:\\
{\bf http://www.konkoly.hu/IAUC42/bcb.html}, \\[1mm]
{\bf http://www.sternwarte.uni-erlangen.de/pub/bcb} or\\[1mm]
{\bf http://www.astro.uvic.ca/$\sim$robb/bcb/comm42bcb.html}\\
\end{center} }}}
\end{center}
\end{titlepage}

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\begin{minipage}{16cm}

The bibliographical entries for {\it Individual Stars} and {\it Collections
of Data}, as well as a few {\it General} entries, are categorized 
according to the following coding scheme. Data from archives or 
databases, or previously published, are identified with an asterisk. 
The observation codes in the first four groups may be followed 
by one of the following wavelength codes.\\[1.5mm]
\small
\begin{tabular}{llllllll}
\hspace*{12.5mm}g. & $\gamma$-ray. & i. & infrared. & m. & microwave. & o.  
optical \\ 
\hspace*{12.5mm}r. & radio & u. & ultraviolet & x. & x-ray & & \\
\end{tabular}
\normalsize
\begin{enumerate}
\bf
\item Photometric data\\[2mm]
\rm
\small
\begin{tabular}{llllllll}
\hspace*{3mm}a. & CCD & b. & Photoelectric & c. & Photographic & d. & 
Visual\\
\end{tabular}
\normalsize
\bf
\item Spectroscopic data\\[2mm]
\rm
\small
\begin{tabular}{llllllll}
\hspace*{3mm}a. & Radial velocities & b. & Spectral classification & c. & 
Line identification & d. & Spectrophotometry\\
\end{tabular}
\normalsize
\bf
\item Polarimetry\\[2mm]
\rm
\small
\begin{tabular}{llll}
\hspace*{3mm}a. & Broad-band & b. & Spectropolarimetry\\
\end{tabular}
\normalsize
\bf
\item Astrometry\\[2mm]
\rm
\small
\begin{tabular}{llllll}
\hspace*{3mm}a. & Positions and proper motions & b. & Relative positions 
only & c. & Interferometry\\
\end{tabular}
\normalsize
\bf
\item Derived results\\[2mm]
\rm
\small
\begin{tabular}{llll}
\hspace*{3mm}a. & Times of minima & b. & New or improved ephemeris, period 
variations\\
\hspace*{3mm}c. & Parameters derivable from light curves & d. & Elements 
derivable from velocity curves\\
\hspace*{3mm}e. & Absolute dimensions, masses & f. & Apsidal motion and 
structure constants\\
\hspace*{3mm}g. & Physical properties of stellar atmospheres & h. & 
Chemical abundances\\
\hspace*{3mm}i. & Accretion disks and accretion phenomena & j. & Mass loss 
and mass exchange\\
\hspace*{3mm}k. & Rotational velocities & & \\
\end{tabular}
\normalsize
\bf
\item Catalogues, discoveries, charts\\[2mm]
\rm
\small
\begin{tabular}{llll}
\hspace*{3mm}a. & Catalogues & b. & Discoveries of new binaries and 
novae\\
\hspace*{3mm}c. & Identification of optical counterparts of & d. & Finding 
charts \\
\hspace*{3mm} & $\gamma$-ray, x-ray, IR, or radio sources & & \\
\end{tabular}
\normalsize
\bf
\item Observational techniques\\[2mm]
\rm
\small
\begin{tabular}{llll}
\hspace*{3mm}a. & New instrument development & b. & Observing techniques\\
\hspace*{3mm}c. & Reduction procedures & d. & Data-analysis techniques\\ 
\end{tabular}
\normalsize
\bf
\item Theoretical investigations\\[2mm]
\rm
\small
\begin{tabular}{llll}
\hspace*{3mm}a. & Structure of binary systems & b. & Circumstellar and 
circumbinary matter\\
\hspace*{3mm}c. & Evolutionary models & d. & Loss or exchange of mass 
and/or angular momentum\\
\end{tabular}
\normalsize
\bf
\item Statistical investigations
\item Miscellaneous\\[2mm]
\rm
\small
\begin{tabular}{llll}
\hspace*{3mm}a. & Abstract & b. & Addenda or errata\\[5mm]
\end{tabular}
\end{enumerate}
\vspace{-2mm}
\normalsize
{\bf Abbreviations}\\[1.5mm]
\begin{tabular}{llllll}
\hline\\
 AD	& accretion disk	& HMXB	& high-mass x-ray binary	& QPO	& quasi-periodic oscillation \\
 BH	& black hole		& IP	& intermediate polar		& RV	& radial velocity            \\
 CB	& close binary		& LC	& light curve    		& SB	& spectroscopic binary       \\
 CV	& cataclysmic variable	& LMXB	& low-mass x-ray binary		& WD	& white dwarf                \\
 EB	& eclipsing binary	& NS	& neutron star			& WR	& Wolf-Rayet star            \\[2.5mm]
\hline
\end{tabular}

\vspace*{5mm}
%Several entries of this issue use the abbreviation:\\[2mm]
%OAP \hspace{1mm} --- \hspace{1mm} Odessa Astronomical Publications
%(issue of the Odessa Astronomical Observatory of the Odessa State 
%University, Ukraine), Astroprint Publishing Company, Ukraine\\

\end{minipage}
\newpage

%%%%%%%%%%%%%%%%%%%%%%%    INDIVIDUAL STARS   %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 
\pagenumbering{arabic}
\section*{Individual Stars}
\setcounter{page}{1}
\begin{longtable}{lp{11.2cm}}

Z And		& {\it Kilpio, E. et al.} (4 authors) 2012, Ap\&SS 335, 155. (2b) Classical symbiotic star during the 
		  recent activity period. \\[0.5ex]

AD And		& {\it Liakos, A., Niarchos, P., Budding, E.} 2012, A\&A 539, A129. (1ao, 2bo, 5abce) Absolute 
		  dimensions and evolutionary status of CB in triple system. \\[0.5ex]

EP And		& {\it Manzoori, D.} 2012, PASA 29, 1. (1bo*, 5abcj) A model for the contact binary. \\[0.5ex]

V405 And	& {\it Ribiero, T., Baptista, R., Kafka, S.} 2011, AJ 142, 106. (2d*, 5eg) Study of 
		  surface features of very-low-mass binary. \\[0.5ex]

HU Aqr		& {\it Wittenmyer, R.A. et al.} (5 authors) 2012, MNRAS 419, 3258. (1ao, 5abceg, 8a) 
		  Proposed planetary system orbiting the eclipsing polar. \\[0.5ex]

UU Aqr		& {\it Dobrotka, A., Mineshige, S., Casares, J.} 2012, MNRAS 420, 2467. (1ao, 5cegij)
		  A study of the flickering activity. \\[0.5ex]

CI Aql	 	& {\it Schaefer, B.E.} 2011, ApJ 742, 112. (5bj) Period change, mass ejection during eruption. \\[0.5ex] 

V1343 Aql	& {\it Blundell, K.M., Schmidtobreick, L., Trushkin, S.} 2011, MNRAS 417, \\
(SS 433)	& 2401. (2co, 5ij) Spectral analysis of jets and wind during major flare. \\
		& {\it Bowler, M.G.} 2011, A\&A  534, A112. (2*, 5j) The wiggle of the wind. \\
		& {\it Goranskij, V.P.} 2011, PZ 31, 5. (1, 5ce) Photometric mass estimate for the compact 
	 	  component: and yet it is a NS. \\[0.5ex]
 
V1408 Aql       & {\it Nowak, M.A. et al.} (6 authors) 2012, ApJ 744, 107. (2x) Most rapidly \\ 
(4U 1957+11)	& spinning BH? \\[0.5ex] 

V1487 Aql	& {\it Punsly, B.} 2011, MNRAS 418, 2736. (1girx, 5cgi, 8ac) Models of the com- \\
(GRS 1915+105)	& pact jet. \\
	  	& {\it Punsly, B.} 2012, ApJ 746, 91. (2r*) Major positronic flare in BH binary. \\[0.5ex]

V1493 Aql 	& {\it Friedjung, M.} 2011, A\&A  536, A97. (8bcd) Do novae have optically thick winds 
		  during outburst, with large deviations from spherical symmetry? \\[0.5ex]
                                     
V1723 Aql 	& {\it Krauss, M.I.} (11 authors) 2011, ApJ 742, 112. (2dr) Data do not support simple expansion 
		  model. \\[0.5ex] 

V821 Ara 	& {\it Cadolle Bel, M. et al.} (11 authors) 2011, A\&A  534, A119. (2dix, 5i) \\  
(GX 339-4)	& HMXB multi-wavelength study during the 2010 outburst. \\
		& {\it Motta, S. et al.} (5 authors) 2011, MNRAS 418, 2292. (1x, 5cgi, 8a) Properties and behaviour
		  of low-frequency (QPOs). \\
		& {\it Shidatsu, M. et al.} (13 authors) 2011, PASJ 63, S785. (2dix) X-ray and 
		  near-infrared observations in the low/hard state. \\
		& {\it Shidatsu, M. et al.} (32 authors) 2011, PASJ 63, S803. (2dx) Long-term monitoring in the high/soft
                  state during the 2010 outburst. \\
		& {\it Stiele, H. et al.} (4 authors) 2011, MNRAS 418, 1746. (1x, 5cgi, 8a) Spectral properties of
		  transitions between soft and hard states. \\[0.5ex]

TT Ari		& {\it Kleinschuster, G., Weingrill, J.} 2011, SuW 50, 82. (1a, 5ci) MOST observations reveal QPOs; 
		  relevance for superhumps discussed. \\[0.5ex]
		  
$\epsilon$ Aur	& {\it Stencel, R.E. et al.} (21 authors) 2011, AJ 142, 174. (2di, 5ghi) Structure of 
		  disk studied during 2009-2011 eclipse. \\[0.5ex]

FS Aur          & {\it Chavez, C.E. et al.} (5 authors) 2012, A\&A 538, A122. (1a, 6b) A dynamical explanation for a 
		  long-term modulation in LC - a possible triple CV system. \\[0.5ex]

KR Aur		& {\it Dobrotka, A., Mineshige, S., Casares, J.} 2012, MNRAS 420, 2467. (1ao, 5cegij)
		  A study of the flickering activity. \\[0.5ex]  

V363 Aur	& {\it Bisol, A.C., Godon, P., Sion, E.M.} 2012, PASP 124, 158. (2du*, 5di) Accretion 
		  models fit archival IUE spectra of UX UMa-type variable. \\[0.5ex]

TZ Boo		& {\it Christopoulou, P.-E., Parageorgiou, A., Chrysopoulos, I.} 2011, AJ 142, 99. (1ao, 
		  2a*, 5abcde) Probable third body detected by light-time effect. \\[0.5ex]

EQ Boo 		& {\it Volkov, I.M. et al.} (4 authors) 2011, ARep 55, 824. (1ab, 5c) Multiplicity and 
		  apsidal motion. \\[0.5ex]

GK Boo          & {\it Zasche, P., Svoboda, P., Uhlar, R.} 2012, A\&A 537, A109. (1a, 2a, 5c) Low-mass EB with dwarf 
		  companion. \\[0.5ex]

SZ Cam          & {\it Tamajo, E. et al.} (5 authors) 2012, A\&A 539, A139. (1a, 2ac, 5aecd) A $\beta$-Cephei pulsator 
		  in a quadruple, eclipsing system. \\[0.5ex]

AL Cam 		& {\it Liakos, A., Niarchos, P., Budding, E.} 2012, A\&A 539, A129. (1ao, 2bo, 5abce) Absolute 
		  dimensions and evolutionary status of CB in triple system. \\[0.5ex]

AC Cnc		& {\it Bisol, A.C., Godon, P., Sion, E.M.} 2012, PASP 124, 158. (2du*, 5di) Accretion 
		  models fit archival IUE spectra of UX UMa-type variable. \\[0.5ex]

KX Cnc		& {\it Sowell, J.R., Henry, G.W., Fekel, F.C.} 2012, AJ 143, 5. (1ao, 2bo, 5bcde) \\
(HD 74057)	& Eccentric G0V EB. \\[0.5ex]

R CMa		& {\it Budding, E., Butland, R.} 2011, MNRAS 418, 1764. (1ao, 2a, 5abcdegk, 8a)
		  New spectroscopic observations and analysis. \\[0.5ex]  

SW CMa		& {\it Torres, G. et al.} (8 authors) 2012, A\&A 537, A117. (1a*, 2a, 5cde) Absolute dimensions of 
		  Am-type EB. \\[0.5ex]

HW CMa          & {\it Torres, G. et al.} (8 authors) 2012, A\&A 537, A117. (1a*, 2a, 5cde) Absolute dimensions of 
		  Am-type EB. \\[0.5ex]

CZ CVn		& {\it Strassmeier, K.G. et al.} (7 authors) 2011, A\&A  535, A98. (1ao, 2do, \\
(HD 123351)	& 5cdek) Binary-induced magnetic activity? \\[0.5ex]
 
DK CVn		& {\it Dal, H.A., Sipahi, E., \"Ozdarcan, O.} 2012, PASA 29, 54. (1ao) Photometric analysis and 
		  detection of several flares. \\[0.5ex]

$\eta$ Car	& {\it Madura, T.I. et al.} (6 authors) 2012, MNRAS 420, 2064. (2co, 5dgj, 8a) 
		  A 3D dynamical model for the broad [Fe III] emission. \\
	 	& {\it Rest, A. et al.} (17 authors) 2012, Nature 482, 375. (1d*, 2dou, 5j) Light echoes
		  reveal an unexpectedly cool system during the 19th Century ``Great Eruption.'' \\[0.5ex]
                                    
$\gamma$ Cas	& {\it Nemravova, J. et al.} (9 authors) 2012, A\&A 537, A59. (2ao, 5bd) Confirmation of binary nature; 
		  orbital and long-term spectral variations. \\[0.5ex]

V380 Cas	& {\it Christopoulou, P.-E. et al.} (4 authors) 2012, AJ 143, 30. (1ao, 5abc) Period is 
		  twice previous value - two nearly identical stars. \\[0.5ex]

V615 Cas	& {\it Aleksic, J. et al.} (154 authors) 2012, ApJ 746, 80. (1g, 2g) Detection of \\ 
(LS I +61$^{\circ}$303) & a GRB. \\
		& {\it Chernyakova, M. et al.} (6 authors) 2012, ApJ 747, L29. (1rxg) Constant lag between 
		  x-ray and radio flares. \\ 
		& {\it Torres, D.F. et al.}  (6 authors) 2012, ApJ 744, 106. (1g, 2g) $\gamma$-ray binary. \\[0.5ex] 

V1001 Cas	& {\it Samec, R.G. et al.} (6 authors) 2012, Observatory 132, 7. (1ao, 5c) Very 
		  short-period Algol system. \\[0.5ex]

V779 Cen 	& {\it M{\"u}ller, D. et al.} (5 authors) 2011, A\&A  535, A102. (2dx) No apparent \\
(Cen X-3)	& accretion mode changes detected in HMXB. \\[0.5ex]
\newpage

V850 Cen	& {\it Devasia, J. et al.} (4 authors) 2011, MNRAS 417, 348. (1x) Timing and \\ 
(GX 304-1)	& spectral study of transient x-ray pulsar. \\
		& {\it Yamamoto, T. et al.} (8 authors) 2011, PASJ 63, S751. (1x, 2dx) Discovery of a cyclotron 
	 	  resonance scattering feature during outbursts. \\[0.5ex]
		  
GM Cep          & {\it Semkov, E.H., Peneva, S.P.} 2012, Ap\&SS 338, 95. (1o, 5b) Optical photometry gives evidence for 
		  UXor type of variability. \\[0.5ex]

AY Cet		& {\it Tautvai\v{s}iene, G. et al.} (5 authors) 2011, AN 332, 925. (2bco, 5gh) Detailed 
		  chemical composition and spectral analysis of giant star with WD companion. \\[0.5ex]
		  
Z Cha		& {\it Nucita, A.A. et al.} (6 authors) 2011, A\&A  536, A75. (2dx, 5c) CV eclipses 
		  and dips. \\[0.5ex]
   
CS Cha  	& {\it Nagel, E. et al.} (4 authors) 2012, ApJ 747, 139. (2i, 5i) Measurements of a dusty disk. \\[0.5ex] 

BR Cir		& {\it Calvelo, D.E. et al.} (6 authors) 2012, MNRAS 419, 436. (1r, 5cgi, 8ac) \\
(Cir X-1)	& Results from ATCA-CABB radio observations. \\[0.5ex]

V691 CrA	& {\it Iaria, R. et al.} (7 authors) 2011, A\&A  534, A85. (2do*u*x, 5b) Detailed \\
(XB 1822$-$371) & study of the x-ray and optical/UV orbital ephemeris of the LMXB. \\[0.5ex]

BP Cru		& {\it F{\"u}rst, F. et al.} (10 authors) 2011, A\&A  535, A9. (2dx, 5ci) Fluorescent \\  
(GX 301-2)	& lines and absorption variability in HMXB. \\[0.5ex]

32 Cyg		& {\it Burnashev, V.I., Burnasheva, B.A.} 2011, Bull. Crim. Astrophys. Obs., 107, 1. (1b, 2d, 5c) 
		  Absolute energy distribution in the spectra of 32 Cyg. - Eclipses of 1987 and 1990. \\[0.5ex]

ZZ Cyg		& {\it Nelson, R.H.} 2012, IBVS No. 6016. (1a, 2a, 5acd) Fundamental param- \\
		& eters. \\[0.5ex]

V407 Cyg	& {\it Orlando, S., Drake, J.J.} 2012, MNRAS 419, 2329. (8bd) Modelling the 2010 blast wave of the 
		  symbiotic-like nova. \\[0.5ex]

V455 Cyg	& {\it Djura\u{s}evi\'{c}, G. et al.} (7 authors) 2012, MNRAS 420, 3081. (1ao, 2abc, 
		  5abcdegij, 8ab) A photometric and spectroscopic study. \\[0.5ex]

V974 Cyg 	& {\it Kuznetsov, M.V. et al.} (5 authors) 2011, ARep 55, 989. (1b, 5c) Photometric elements, 
		  apsidal motion, and the third body in the EB. \\[0.5ex]

V1191 Cyg	& {\it Zhu, L.Y. et al.} (5 authors) 2011, AJ 142, 124. (1ao, 5abc) Very low mass-ratio 
		  W UMa system with possible third body. \\[0.5ex]

V1357 Cyg 	& {\it Belczynsk, K., Bulik, T., Bailyn, C.} 2011, ApJ 742, L2. (8c) Suggest \\
(Cyg X-1)	& system will undergo type Ib/c supernova. \\
		& {\it Cabanac, C., Roques, J.P., Jourdain, E.} 2011, ApJ 739, L6. (2gd) Study of the evolution of 
		  the variability at high energies. \\
	 	& {\it Gou, L. et al.} (10 authors) 2011, ApJ 742, 85. (5i) Derived spin parameter of the BH AD. \\
	 	& {\it Orosz, J.A. et al.} (7 authors) 2011, ApJ 742, 84. (5e) BH mass is 14.8 solar masses. \\
	 	& {\it Reid, M.J. et al.} (6 authors) 2011, ApJ 742, 83. (4ar) Binary did not receive a large kick 
		  at formation. \\
		& {\it Rushton, A. et al.} (11 authors) 2012, MNRAS 419, 3194. (1rx, 5cgij, 8a) Evidence for the 
		  presence of a weak compact jet during a soft x-ray state. \\
		& {\it Torii, S. et al.} (9 authors) 2011, PASJ 63, S771.(2dx) Suzaku x-ray observations 
		  in the low/hard state. \\
		& {\it Wong, T-W. et al.} (4 authors) 2012, ApJ 747, 111. (1x*, 2x*) Compact object formation. \\ 
		& {\it Yan, J., Li, H., Liu, Q.} 2012, ApJ 744, 64. (2x) \\[0.5ex] 

V1429 Cyg 	& {\it Takei, D. et al.} (8 authors) 2011, PASJ 63, S729. (2dx) Remarkable changes in the
		  time series of the spectra in the pre-/post-nova phases. \\[0.5ex]

V1500 Cyg	& {\it Friedjung, M.} 2011, A\&A  536, A97. (8bcd) Do novae have optically thick winds
		  during outburst, with large deviations from spherical symmetry? \\[0.5ex]
                                     
V1504 Cyg 	& {\it Cannizzo, J.K. et al.} (4 authors) 2012, ApJ 747, 117. (1ao) Kepler LCs. \\[0.5ex] 

V1521 Cyg 	& {\it Tsuboi, M. et al. (5 authors} 2012, PASJ 64, 10. (1r) Isolated millimeter \\
(Cyg X-3)	& flares. \\[0.5ex]

V1687 Cyg	& {\it Fahed, R. et al.} (34 authors) 2011, MNRAS 418, 2. (2abc, 5bdegj, 8ab) \\
(WR 140)	& Orbital parameters, masses and mass-loss rates. \\[0.5ex]

V2069 Cyg	& {\it Nasiroglu, I. et al.} (4 authors) 2012, MNRAS 420, 3350. (1aox, 5bcg) \\
(RX J2123.7+4217) & Fast photometric and x-ray observations. \\[0.5ex]  

V2246 Cyg 	& {\it Klochkov, D. et al.} (8 authors) 2011, A\&A  536, L8. (2dx, 5i) Quasi-per- \\
(EXO 2030+375)	& iodic flares in HMXB. \\[0.5ex]

BY Dra		& {\it He{\l}miniak, K.G. et al.} (6 authors) 2012, MNRAS 419, 1285. (2a, 5deg, 8ac) 
		  Orbital and physical parameters. \\[0.5ex]

EX Dra          & {\it Pilarcik, L. et al.} (5 authors) 2012, A\&A 539, A153. (1a, 5b) Period changes of long-period CV.
		  \\[0.5ex] 

UZ For		& {\it Potter, S.B. et al.} (14 authors) 2011, MNRAS 416, 2202. (1o*u*x*, 2u*, 5ab) Cyclic period 
		  variations derived from eclipse timing analysis suggest presence of two giant exoplanets of IP.
		  \\[0.5ex]
		  
AE For		& {\it Zasche, P., Svoboda, P., Uhlar, R.} 2012, A\&A 537, A109. (1a, 2a, 5c) Low-mass EB with dwarf 
		  companion. \\[0.5ex]

AL Gem		& {\it Yang, Y.-G., Li, H.-L., Dai, H.-F.} 2012, AJ 143, 13. (1ao, 5abc) Possible third 
		  body detected by light-time effect. \\[0.5ex]

RZ Gru		& {\it Bisol, A.C., Godon, P., Sion, E.M.} 2012, PASP 124, 158. (2du*, 5di) Accretion 
		  models fit archival IUE spectra of UX UMa-type variable. \\[0.5ex]

SZ Her		& {\it Lee, J.W. et al.} (5 authors) 2012, AJ 143, 34. (1ao, 5abc) Possible two-period 
		  light-time effect. \\[0.5ex]

CT Her		& {\it Lampens, P. et al.} (16 authors) 2011, A\&A  534, A111. (1ao, 2ao, 5abcd) 
		  Multi-site, multi-year monitoring of the oscillating Algol-type EB.  \\[0.5ex]     
                                   
HZ Her		& {\it Igna, C.D., Leahy, D.A.} 2011, MNRAS 418, 2283. (1x, 5cgi, 8a) Analysis \\
(Her X-1)	& of LC dips. \\  
		& {\it Jurua, E. et al.} (4 authors) 2011, MNRAS 418, 437. (1aox, 5abcgi) Optical and 
		  x-ray LC. \\[0.5ex]

V338 Her	& {\it Liakos, A., Niarchos, P., Budding, E.} 2012, A\&A 539, A129. (1ao, 2bo, 5abce) Absolute 
		  dimensions and evolutionary status of CB in triple system. \\[0.5ex]

UV Leo		& {\it Manzoori, D.} 2012, AN 333, 256. (1ao*, 5cef) LC and O-C analysis of spotted solar 
		  type EB gives system parameters and indication of a third body. \\[0.5ex]

SS Lep		& {\it Blind, N. et al.} (7 authors) 2011, A\&A  536, A55. (2a*, 4ci, 5e) 
		  Symbiotic system. \\[0.5ex]
   
GW Lib		& {\it Vican, L. et al.} (14 authors) 2011, PASP 123, 1156. (1ao, 5gi) Photometry 
		  during and after outburst shows superhumps and pulsations and yields estimate of 
		  accretion rate. \\[0.5ex]

NY Lup		& {\it Potter, S.B. et al.} (7 authors) 2012, MNRAS 420, 2596. (3a, 5bcgi)  
		  Detection of spin modulated circular polarization. \\[0.5ex]  

V344 Lyr  	& {\it Cannizzo, J.K. et al.} (4 authors) 2012, ApJ 747, 117. (1ao) Kepler LCs. \\[0.5ex] 

V400 Lyr	& {\it Marino, G.} 2011, IBVS No. 6002. (1a, 5bc) Photometric analysis. \\[0.5ex]

BM Mon		& {\it Yang, Y.-G., Li, H.-L., Dai, H.-F.} 2012, AJ 143, 13. (1ao, 5abc) Possible third 
		  body detected by light-time effect. \\[0.5ex]

V578 Mon	& {\it Garcia, E.V. et al.} (5 authors) 2012, AJ 143, 76. (10b) Erratum for AJ 142, 27, 
		  2011. \\[0.5ex]

$\eta$ Mus	& {\it Butland, R.J., Budding, E.} 2011, IBVS No. 6004. (2a) Another component in multiple system. 
\\[0.5ex]
		
QX Nor		& {\it Weng, S.-S., Zhang, S.-N.} 2011, ApJ 739, 42. (2dx) Discussion of AD \\ 
(4U1608$-$522)	& evolution. \\[0.5ex]

$\nu$ Oct	& {\it Morais, M.H.M., Correia, A.C.M.} 2012, MNRAS 419, 3447. (8ac) A study of the effect  
		  of a binary system on a nearby star's motion. \\[0.5ex]

RS Oph		& {\it Alexander, R.D. et al.} (4 authors) 2011, MNRAS 418, 2576. (8bcd) Disc instability in systems 
		  like RS Ophiuchi - a possible path to Type Ia supernovae. \\
		& {\it Vaytet, N.M.H. et al.} (6 authors) 2011, ApJ 740, 5. (2dx*) Comparison of synthetic spectrum 
		  with data. \\[0.5ex] 

V1853 Ori	& {\it Samec, R.G. et al.} (5 authors) 2011, AJ 142, 117. (1ao, 5abc) Low mass-ratio 
		  WUMa system. \\[0.5ex]

V1198 Ori	& {\it Fekel, F.C., Griffin, R.F.} 2011, Observatory 131, 283. (2ao, 5bd) Revised \\
(HD 31738)	& period and elements. \\[0.5ex]

RU Peg		& {\it Balman, S. et al.} (7 authors) 2011, ApJ 741, 84. (2dxua) Observed in quiescence, probing of 
		  boundary layer. \\[0.5ex] 

II Peg		& {\it Hackman, T. et al.} (10 authors) 2011, AN 332, 859. (1ao, 2ao, 5abdg) Spot activity 
		  of RS~CVn-type star studied by combining Doppler imaging and high-resolution spectroscopy. \\[0.5ex]
		  
AX Per		& {\it Skopal, A. et al.} (15 authors) 2011, A\&A  536, A27. (1ao, 2ado, 5bcdj) Formation
		  of a disk in the symbiotic binary during its 2007-10 precursor-type activity. \\[0.5ex]
   
V881 Per	& {\it Nelson, R.H.} 2012, IBVS No. 6017. (1a, 2a, 5acd) Spotted detached EB. \\[0.5ex]


SZ Psc          & {\it Cao, D.-T., Gu, S.-H.} 2012, A\&A 538, A130. (2b, 8c) New observations of chromospheric and
                  prominence activity on RS CVn-type binary. \\[0.5ex]

AC Psc		& {\it Samec, R.G. et al.} (4 authors) 2011, PASP 123, 1169. (1ao, 5abc) \\[0.5ex]

T Pyx 		& {\it Chesneau, O. et al.} (23 authors) 2011, A\&A  534, L11. (1ai, 2di, 4ci) Recurrent
		  nova 2011 outburst; evidence for a face-on bipolar ejection. \\[0.5ex]

$\epsilon$ Ret	& {\it Farihi, J. et al.} (5 authors) 2011, MNRAS 417, 1735. (2aco, 4a, 5ej) Evolutionary constraints 
		  on planet-hosting subgiant primary using its WD companion. \\[0.5ex]
		  
V1223 Sgr 	& {\it Hayashi, T. et al.} (5 authors) 2011, PASJ 63, S739. (2dx) Estimation of shock temperature 
		  and constraints on the mass and radius of the WD component. \\[0.5ex]

V3885 Sgr	& {\it Prinja, R.K. et al.} (5 authors) 2012, MNRAS 419, 3537. (2bcu, 5degij, 8ab) Orbital and
		  stochastic far-ultraviolet variability. \\[0.5ex]

V4046 Sgr	& {\it Donati, J.F. et al.} (15 authors) 2011, MNRAS 417, 1747. (2co, 3b, 5i) CB with two T~Tauri 
		  components; time-resolved spectropolarimetry used to study magnetospheric accretion processes. \\[0.5ex]
		  
V4580 Sgr	& {\it Kajava, J.J.E. et al.} (5 authors) 2011, MNRAS 417, 1454. (1x, 5i) Analy- \\ 
(SAX J1808.4$-$3658) & sis of pulse profile variations of accreting ms pulsar during outburst. \\
	 	& {\it Patruno, A.} 2012, ApJ 746, L27. (1x) Accelerated orbital expansion? \\[0.5ex] 
		  
V4634 Sgr   	& {\it Mescheryakov, A.V., Revnivtsev, M.G., Filippova, E.V.} 2011, AstL 37, \\ 
(GS 1826$-$238) & 826. (1xo, 8bd) Parameters of irradiated AD from optical and x-ray observations. \\[0.5ex]

U Sco	 	& {\it Schaefer, B.E.} 2011, ApJ 742, 112. (5bj) Period change, mass ejection during eruption. \\ 
	 	& {\it Schaefer, B.E. et al} (37 authors) 2011, ApJ 742, 113. (1aioux, 2dioux, 5a) Observations 
		  during 2010 eruption. \\[0.5ex] 

V921 Sco 	& {\it Kraus, S. et al.} (5 authors) 2012, ApJ 746, 12. (1ao, 4c)  Discovery of a close companion. 
		  \\[0.5ex] 

BW Scl		& {\it Uthas, H. et al.} (11 authors) 2012, MNRAS 420, 379. (1ao, 5bcgi)  
		  Discovery of rapid periodic signals. \\[0.5ex]

V479 Sct 	& {\it Zabalza, V., Bosch-Ramon, V., Paredes, J.M.} 2011, ApJ 743, 7. (8b) \\
(LS 5039)	& Thermal x-ray emission from the shocked stellar wind. \\[0.5ex] 

V725 Tau	& {\it Naik, S. et al.} (5 authors) 2012, RAA 12, 177. (1ai, 2di) Near-infrared \\
(A0535+262)	& observations during the periastron passage of the NS component. \\
(HDE 245770) 	& {\it Yan, J., Li, H., Liu, Q.} 2012, ApJ 744, 37. (1o, 2o) Mass ejections precede x-ray outbursts. 
		  \\[0.5ex]

V773 Tau 	& {\it Boden, A.F. et al.} (7 authors) 2012, ApJ 747, 17. (1, 2i, 4) \\ 
		& {\it Torres, R.M. et al.} (7 authors) 2012, ApJ 747, 18. (4c) \\[0.5ex] 

FF UMa          & {\it Griffin, R.F.} 2012, A\&A 537, A56. (5c, 2a) Orbital period is constant.\\[0.5ex]

FG UMa		& {\it \"Ozdarcan, O., Evren, S., Henry, G.W.} 2012, AN 333, 138. \\
(HD 89546)	& (1b, 5bcgk) 20 years photometry of SB1 RS~CVn binary show cyclic variability on a $\approx$9-year 
		  time scale; spot modelling. \\[0.5ex]
		  
FT UMa 		& {\it Yuan, J.-Z.} 2011, RAA 11, 1158. (1ao, 5c) Multicolour photometric study of the evolved 
		  contact binary. \\[0.5ex]

KV UMa		& {\it Hernandez, J.I.G., Rebolo, R., Casares, J.} 2012, ApJ 744, L25. (2a, 5d) \\
(XTE J1118+480) & Detection of period decrease in BH binary, not explicable by gravity waves or magnetic braking. 
		  \\[0.5ex] 

GP Vel          & {\it Koenigsberger, G., Moreno, E., Harrington, D.M.} 2012, A\&A 539, A84. \\
(HD 77581)	& (2a, 5d) Tidal effects on  RV curve. \\
(Vel X-1)	& \\[0.5ex]
   
GK Vir		& {\it Parsons, S.G. et al.} (19 authors) 2012, MNRAS 420, 3281. (1aoi, 2ac, 5abcdeg)  
		  Measuring precise masses and radii of both components. \\[0.5ex]

HY Vir		& {\it Lacy, C.H.S., Fekel, F.C.} 2011, AJ 142, 185. (1ao, 2ao, 5abcde) Precise masses 
		  and radii. \\[0.5ex]
 
NY Vir 		& {\it Qian, S.-B. et al.} (6 authors) 2012, ApJ 745, L23. (1ai, 5abc) Circumbi- \\
(PG 1336$-$018) & nary planet orbiting pulsating B-type subdwarf. \\[0.5ex] 

PU Vul 		& {\it Tatarnikova, A.A. et al.} (7 authors) 2011, ARep 55, 896. (1bi, 2d, 8ac) Spectroscopy 
		  and photometry of the symbiotic nova during its nebular phase and minimum of 2007. \\[1cm]

%\newpage

-----------------------------
		& {\bf \large HR, HD, HDE, BD, CoD, CPD, SAO Objects}\\[3mm]

HD 5980		& {\it Georgiev, L. et al.} (6 authors) 2011, AJ 142, 191. (2duo*, 5ghj) Stellar wind 
		  study. \\[0.5ex]

HD 31738	& (see V1198 Ori) \\[0.5ex]

HD 74057	& (see KX Cnc) \\[0.5ex]

HD 77581	& (see GP Vel) \\[0.5ex]

HD 89546	& (see FG UMa)\\[0.5ex]

HD 123351       & (see CZ CVn) \\[0.5ex]

HD 144432       & {\it M{\"u}ller, A. et al.} (6 authors) 2011, A\&A  535, L3. (1ao, 2bo, 5e, 6b) 
		  Young triple system, with components B-C forming a CB. \\[0.5ex]

HD 149427	& {\it Stute, M., Luna, G.J.M.} 2011, IBVS No. 6003. (1x) Implications of the non-detection of x-ray 
		  emission. \\[0.5ex]

HD 187091	& {\it Fuller, J., Lai, D.} 2012, MNRAS 420, 3126. (1ao, 5cghk, 8a) Dynamical \\ 
(KOI-54)	& tides and tidally excited stellar pulsations. \\
	 	& {\it Welsh, W.F. et al.} (30 authors) 2011, ApJS 197, 4. (1ao, 2do, 6b) Discovery of highly 
		  eccentric binary. \\[0.5ex] 


HD 210111	& {\it Paunzen, E. et al.} (4 authors) 2012, MNRAS 419, 3604. (2bc, 5degh) A new $\lambda$
		  Bootis-type SB system. \\[0.5ex]

HDE 245770	& (see V725 Tau) \\[0.5ex]

HDE 326823	& {\it Richardson, N.D., Gies, D.R., Williams, S.J.} 2011, AJ 142, 201. (2ao, 5dgi) 
		  Massive WR+O progenitor with thick accretion torus. \\[0.5ex]

HDE 327083	& {\it Wheelwright, H.E. et al.} (4 authors) 2012, A\&A 538, A6. (1a, 2b) VLTI/AMBER observations of 
		  binary B[e] supergiant. \\[0.5ex]

CPD $-$63$^{\circ}$2495 & {\it Bogovalov, S.V. et al.} (5 authors) 2012, MNRAS 419, 3426. (8acd) Im- \\
(PSR B1259$-$63) & pact of the magnetization and anisotropy of the pulsar wind. \\
(LS2883)	& {\it Khangulyan, D. et al.} (4 authors) 2011, ApJ 742, 98. (8b) $\gamma$-ray emission 
		  from Comptonization of optical radiation. \\
		& {\it P\'{e}tri, J., Dubus, G.} 2011, MNRAS 417, 532. (1g, 5j) Striped pulsar wind model for 
		  $\gamma$-ray binary with radio pulsar component. \\[1cm]		  		  		  

%\newpage

-----------------------------
		& {\bf \large X-ray sources with constellation names}\\[3mm]

Cen X-3 	& (see V779 Cen) \\[0.5ex]

Cir X-1 	& (see BR Cir) \\[0.5ex]

Cyg X-1		& (see V1357 Cyg) \\[0.5ex]

Cyg X-3		& (see V1521 Cyg) \\[0.5ex]

Her X-1		& (see HZ Her) \\[0.5ex]

LMC X-1		& (see 2MASS J05393883$-$6944356) \\[0.5ex]

LMC X-4  	& (see 1RXS J053246.1$-$662203) \\[0.5ex]

M33 X-8		& {\it Middleton, M.J., Sutton, A.D., Roberts, T.P.} 2011, MNRAS 417, 464. (2x, 5i) Spectral evolution 
		  of ultra-luminous x-ray source explained by onset of wind from inner regions of AD. \\[0.5ex]
		  
NGC 300 X-1	& {\it Binder, B. et al.} (6 authors) 2011, ApJ 742, 128.
		  (2dx)  Steep power law state. \\[0.5ex] 

NGC 1313 X-2	& {\it Liu, J., Orosz, J., Bregman, J.N.} 2012, ApJ 745, 89L. (1aoi, 2aoi, 5cd) Modelling of BH 
		  binary object inconclusive as to mass. \\[0.5ex] 					

NGC 5408 X-1 	& {\it Grise, F. et al.} (6 authors) 2012, ApJ 745, 123. (2ioux) Optical emission of ultra-luminous 
		  x-ray source due to companion or AD? \\[0.5ex] 

SMC X-1		& (see 2MASS J01170514$-$7326360) \\[0.5ex] 

X Sgr X-4 	& (see 4U 1820$-$30) \\[0.5ex]

Vel X-1		& (see GP Vel) \\[1cm]

%\newpage

-----------------------------
		& {\bf \large Objects with names including RA and DEC}\\[3mm]

RX J0042.3+4115 & {\it Barnard, R., Garcia, M.R., Murray, S.S.} 2011, ApJ 743, 185. (1ox, 2x) Reinstated as a BH 
		  binary. \\[0.5ex] 

2MASS J01170514$-$7326360 & {\it Hu, C.-P. et al.} (5 authors) 2011, ApJ 740, 67. (2dx*) Synthetic spec- \\
(SMC X-1)	& trum from Hilbert-Huang transform. \\[0.5ex] 

CXOU J012745.9$-$733256 & {\it Haberl, F. et al.} (5 authors) 2012, A\&A 537, L1. (1x, 5b) Young Be x-ray \\
(SXP 1062)	& binary pulsar with long spin period - implications for NS birth spin. \\[0.5ex]
                  
1SWASP J024743.37$-$251549.2 & {\it Maxted, P.F.L. et al.} (14 authors) 2011, MNRAS 418, 1156. (1a, 2abc,
		  5abcdeg) Discovery of a stripped red giant core in a bright EB system. \\[0.5ex]

PSR J0437$-$4715 & {\it Durant, M. et al.} (5 authors) 2012, ApJ 746, 6. (1ai*, 2ioux*g*) Extensive spectrum of PSR-WD 
		  binary. \\[0.5ex] 

RX J0440.9+4431 & {\it La Palombara, N. et al.} (5 authors) 2012, A\&A 539, A82. (1a, 2x) XMM-Newton observation of the
                   persistent Be/NS x-ray binary pulsar. \\[0.5ex]

2MASS J04542368+1709534 & {\it Dahm, S.E., Lyke, J.E.} 2011, PASP 123, 1383. (1ai, 2do, 5ghi) Li-deple- \\ 
(HBC 425)	& tion in third component as age-determinant for young low-mass system. \\[0.5ex]

SNR 0509$-$67.5	& {\it Schaefer, B.E., Pagnotta, A.} 2012, Nature 481, 164. Absence of ex-companion stars 
		  indicates the double-degenerate model as the only remaining progenitor model. \\[0.5ex]

SNR 0519$-$69.0	& {\it Edwards, Z.I., Pagnotta, A., Schaefer, B.E.} 2012, ApJ 747, L19. (1ao*x*) Search for the companion
		  of a SN1a. \\[0.5ex] 

1RXS J053246.1$-$662203 & {\it Ballantyne, D.R. et al.} (4 authors) 2012, ApJ 747, L35. (1x, 2x, 5i) X-ray \\ 
(LMC X-4)	& reflection spectra from ADs. \\[0.5ex] 

A 0535+26	& (see V725 Tau) \\[0.5ex]

2MASS J05393883$-$6944356 & {\it Ruhlen, L., Smith, D.M., Swank, J.H.} 2011, ApJ 742, 75. (2dx*) Study \\ 
(LMC X-1)	& of variability cause. \\ 
		& {\it Zi\'{o}{\l}kowski, J.} 2011, MNRAS 418, 2381. (8a) Evolutionary models of the 
		  optical component of the LMC X-1/Star 32 binary system. \\[0.5ex]

MAXI J0556$-$332 & {\it Cornelisse, R. et al.} (11 authors) 2012, MNRAS 420, 3538. (2abc, 5bdegi) Phase-resolved 
		  spectroscopy. \\
		 & {\it Maitra, D. et al.} (4 authors) 2011, ApJ 743, L11. (2cdx) Possible large gravitational 
		  redshift. \\[0.5ex] 

2MASS J06473802+3730587 & {\it Ouyed, R., Staff, J., Jaikumar, P.} 2011, ApJ 743, 116. (8ac) Quark nova \\ 
(G87-7)		& application. \\[0.5ex] 

SDSS J065133.33+284423.3 & {\it Piro, A.L.} 2011, ApJ 740, L53. (8c) Tidal interaction is a merging WD binary. \\[0.5ex] 

PTF1 J071912.13+485834.0 & {\it Levitan, D. et al.} (17 authors) 2011, ApJ 739, 68. (1ao, 2bdo)  AM CVn system. 
		  \\[0.5ex] 

2MASS J07334625+2619260 & {\it Denisenko, D.V. et al.} (6 authors)  2011, AstL 37, 858. (1d*, 1ao, 2c, 5ac, 6b), New 
		  CV in Gemini. \\[0.5ex]

PSR J0737$-$3039 A/B & {\it Breton, R.P. et al.} (10 authors) 2012, ApJ 747, 89. (1r, 2r) Radio eclipses from double 
		  pulsar. \\[0.5ex] 

SDSS J085746.18+034255.3 & {\it Parsons, S.G. et al.} (11 authors) 2012, MNRAS 419, 304. (1aoi, 2abc, 5abcdeg, 8ac) 
		  The shortest-period detached WD + main-sequence binary. \\[0.5ex]

SDSS J0926+3624	& {\it Sengupta, S., Taam, R.E.} 2011, ApJ 739, 34. (2do*, 8a) Synthetic spectrum. \\[0.5ex] 

2MASS J10185560$-$5856459 & {\it Ackermann, M. et al. (the Fermi LAT Collaboration)} (156 authors) 2012, \\
(1FGL J1018.6$-$5856) & 189. Science 335, (2douxg, 6bc) Periodic emission from a $\gamma$-ray binary. \\
		& {\it Napoli, V.J. et al.} (4 authors) 2011, PASP 123, 1262. (1ao) Distance estimate for $\gamma$-ray 
		  binary. \\[0.5ex]

PSR J1023+0038	& {\it Bogdanov, S. et al.} (8 authors) 2011, ApJ 742, 97. (2dx, 8b)  X-ray variability explained by 
		  occultation by bow shock. \\[0.5ex] 

XTE J1118+480 	& (see KV UMa) \\[0.5ex] 

SDSS J121010.13+334722.9 & {\it Pyrzas, S. et al.} (12 authors) 2012, MNRAS 419, 817. (1ao, 2abc, 5abcdeg, 8a) 
		  Accurate stellar parameters. \\[0.5ex]

SDSS J121258.25$-$012310.1 & {\it Parsons, S.G. et al.} (19 authors) 2012, MNRAS 420, 3281. (1aoi, 2ac, 5abcdeg) 
		  Measuring precise masses and radii of both components. \\[0.5ex]

XSS J12270$-$4859 & {\it Saitou, K. et al.} (8 authors) 2011, PASJ 63, S759. (1ai, 2dx) Detection of several 
		  simultaneous near-infrared and x-ray flares and some similarities to microquasars. \\[0.5ex]

PSR B1259$-$63	& (see CPD $-$63$^{\circ}$2495) \\[0.5ex]

PG 1336$-$018  	& (see NY Vir) \\[0.5ex]  

SDSS J145758.21+514807.9 & {\it Uthas, H. et al.} (11 authors) 2012, MNRAS 420, 379. (1ao, 5bcgi) Discovery of rapid 
		  periodic signals. \\[0.5ex]

IGR J15094$-$6649 & {\it Potter, S.B. et al.} (7 authors) 2012, MNRAS 420, 2596. (3a, 5bcgi) Detection of spin 
		  modulated circular polarization. \\[0.5ex]  

PSR J1537+1155	& {\it Durant, M. et al.} (4 authors) 2011, ApJ 741, 65. (2dx) Orbital variation \\
(PSR B1534+12)	& in x-ray emission. \\[0.5ex] 

4U1608$-$522	& (see QX Nor) \\[0.5ex]
		  
PSR J1614$-$2230 & {\it Tauris, T.M., Langer, N., Kramer, M.} 2011, MNRAS 416, 2130. (8c) Stellar evolution modelling 
		  of intermediate mass XRBs to explain formation of 2~M$_{\odot}$ binary millisecond pulsar. \\[0.5ex]
		  
IGR J16418$-$4532 & {\it Romano, P. et al.} (9 authors) 2012, MNRAS 419, 2695. (1ux, 5bcgi) Modelling the x-ray 
		  emission. \\
		& {\it Sidoli, L. et al.} (4 authors) 2012, MNRAS 420, 554. (1x, 5bcgi) Explaining the behaviour of 
		  x-ray variability. \\[0.5ex]

Swift J164449.3+573451 & {\it Ouyed, R., Staff, J., Jaikumar, P.} 2011, ApJ 743, 116. (8ac) Quark nova \\
(GRB 110328A)	& application. \\[0.5ex] 

XTE J1650$-$500	& {\it Yan, L.-H., Wang, J.-C.} 2012, RAA 12, 269. (2dx*) Spectral fits to RXTE observations of the 
		  BH candidate.\\[0.5ex]

MAXI J1659$-$152 & {\it Ramanpreet, K. et al.} (18 authors) 2012, ApJ 746, L23. (2u) Candidate BH in putburst. \\
		 & {\it Yamaoka, K. et al.} (15 authors) 2012, PASJ 64, 32. (2dx) Combined spectral and timing 
		  analysis. \\[0.5ex]

IGR J17091$-$3624 & {\it Altamirano, D., Belloni, T.} 2012, ApJ 747, L4. (1x, 2x) High frequency QPO's in BH binary. \\ 
		& {\it Altamirano, D. et al.} (12 authors) 2011, ApJ 742, 17. (2dx) One of the least massive BH 
		  candidates. \\ 
		& {\it King, A.L. et al.} (9 authors) 2012, ApJ 746, L20. (2xr, 5i) X-ray disk Wind. \\[0.5ex] 

SAX J1712.6$-$3739 & {\it Yoon, D. et al.} (7 authors) 2011, ApJ 742, 25. (2cd) Prediction of bow shock from 
		  interaction with ISM. \\[0.5ex] 

PSR J1719$-$1438 & {\it Bailes, M. et al.} (18 authors) 2011, Science 333, 1717. (2di, 5k) Transformation of a 
		  star into a planet in a millisecond pulsar; binary companion may be an ultralow-mass carbon WD. 
		  \\[0.5ex]
 
XTE J1719$-$291	& {\it Armas Padilla, M. et al.} (8 authors) 2011, MNRAS 417, 659. (1x, 5j) Spectral evolution of x-ray 
		  transient with possible NS component during decay from outburst. \\[0.5ex]
		  
IGR J17354$-$3255 & {\it Sguera, V. et al.} (6 authors) 2011, MNRAS 417, 573. (1x*, 2x) Possible HMXB. \\[0.5ex]
		  
IGR J17361$-$4441 & {\it Bozzo, E. et al.} (10 authors) 2011, A\&A  535, L1. (2dx) A possible new accreting XRB in 
		  NGC 6388. \\[0.5ex]
                                               
Suzaku J174035.6$-$301416  & {\it Uchiyama, H. et al.} (6 authors) 2011, PASJ 63, S865. (2dx) A new IP 
		  candidate. \\[0.5ex]

IGR J17473$-$2721 & {\it Chen, Y.P. et al.} (7 authors) 2011, A\&A  534, A101. (2dx, 5i) LMXB 2008 outburst; 
		  evidence for a disk corona? \\[0.5ex]
                                          
1RXS J174755.8$-$263352 & {\it Seifna, E., Titarchuk, L.} 2012, ApJ 747, 99. (1x, 2x) UB-LB observations \\
(GX 3+1)	& of binary NS. \\[0.5ex] 

Swift J1749.4$-$2807 & {\it D'Avanzo, P. et al.} (7 authors) 2011, A\&A  534, A92. (2dix) A search for the 
		  near-IR counterpart of the eclipsing millisecond x-ray pulsar. \\[0.5ex]                                           
                                            
IGR J17498$-$2921 & {\it Papitto, A. et al.} (9 authors) 2011, A\&A  535, L4. (2dx, 5bc, 6b) A 401-Hz accreting 
		  millisecond pulsar in a 3.8 h orbit. \\[0.5ex]
                                            
XTE J1752$-$223	& {\it Nakahira, S. et al.} (37 authors) 2012, PASJ 64, 13. (2dx) X-ray spectral analyses in the 
		  high/soft state. \\
		& {\it Russell, D.M. et al.} (18 authors) 2012, MNRAS 419, 1740. (1aoirux, 3a, 5cgi) A late jet 
		  rebrightening revealed from multiwavelength monitoring. \\[0.5ex]

XTE J1807$-$294	& {\it Leahy, D.A., Morsink, S.M., Chou, Y.} 2011, ApJ 742, 17. (2dx, 5e)  Constraint made on mass 
		  and radius of NS. \\[0.5ex] 
	
2MASS J18083580+1010298 & {\it Yakin, D.G. et al.} (5 authors)  2011, AstL 37, 845. (1a, 2a, 5i, 8bd), Investigation 
		  of new CV. \\[0.5ex]

SAX J1808.4$-$3658 & (see V4580 Sgr) \\[0.5ex]

4U 1820$-$30	& {\it Snezana, P., Murray, N.} 2012, ApJ 747, 4. (1x, 2x) 170-day periodicity \\ 
(X Sgr X-4)	& may be due to libration. \\[0.5ex] 			

XB 1822$-$371 	& (see V691 CrA) \\[0.5ex]
                                         
GS 1826$-$238	& (see V4634 Sgr) \\[0.5ex]

XB 1832$-$330	& {\it Engel, M.C. et al.} (5 authors) 2012, ApJ 747, 119. (1ai) 2.5 Hour period for LMXB. \\[0.5ex] 

AX J1841.0$-$0536 & {\it Li, X.-D., Zhang, Z.} 2011, MNRAS 418, 556. (1x, 5cgi, 8a) Could it be an anti-magnetar? \\[0.5ex]

PSR J1903+0327	& {\it Bejger, M. et al.} (4 authors) 2011, A\&A  536, A87. (8ac) Implications of PSR parameters for 
		  its progenitor NS. \\
		& {\it Khargharia, J. et al.} (5 authors) 2012, ApJ 744, 183. (2i) MS Pulsar Binary. \\[0.5ex] 			
  
GRS 1915+105	& (see V1487 Aql) \\[0.5ex]

2MASS J19423720+4745486	& {\it Almenara, J.M. et al.} (9 authors) 2012, MNRAS 420, 3017. (1ao, 2abc, \\  
(USNO-B1.0 1377-0415424) & 5abcdeg) An eclipsing post-common-envelope binary in the field of the Kepler mission. \\[0.5ex]

3A 1954+319	& {\it Marcu, D.M. et al.} (10 authors) 2011, ApJ 742, L11. (2dgx) Observation of 5.3-hr pulse 
		  period. \\[0.5ex] 
	
4U 1957+11	& (see V1408 Aql) \\[0.5ex] 

EXO 2030+375	& (see V2246 Cyg) \\[0.5ex]

2MASS J20313321$-$0705178 & {\it Miszalski, B. et al.} (7 authors) 2012, MNRAS 419, 39. (2abc, 5deg, 8ac) \\
(PN G038.1-25.4) & A barium central star binary in the planetary nebula Abell 70. \\[0.5ex]

RX J2123.7+4217	& (see V2069 Cyg) \\[0.5ex]

HS 2325+8205	& {\it Pyrzas, S. et al.} (15 authors) 2012, PASP 124, 204. (1ao, 2ado, 5di) 
		  Ideal system for AD studies. \\[1cm]

%\newpage

-----------------------------
		& {\bf \large Objects with other designations}\\[3mm]

CGCS 5926	& {\it Masetti, N. et al.} (6 authors) 2011, A\&A  534, A89. (2ao, 2doux) Symbiotic XRB? \\[0.5ex]  

CHXR 74         & {\it Joergens, V., Janson, M., Mueller, A.} 2012, A\&A 537, A13. (2a, 5e) Orbit of young very 
		  low-mass SB. \\[0.5ex]

G87-7 		& (see 2MASS J06473802+3730587) \\[0.5ex]
 
GRB 101225A	& {\it Campana, S. et al.} (20 authors) 2011, Nature 480, 69. Unusual $\gamma$-ray burst explained 
		  as a minor body falling onto a NS. \\
		& {\it Th\"{o}ne, C.C. et al.} (34 authors) 2011, Nature 480, 72.  A He star/NS merger at 
		  redshift 0.33. \\[0.5ex] 

GRB 110328A 	& (see Swift J164449.3+573451) \\[0.5ex]

GX 3+1  	& (see 1RXS J174755.8$-$263352) \\[0.5ex]

GX 301-2 	& (see BP Cru) \\[0.5ex]

GX 304-1	& (see V850 Cen) \\[0.5ex]

GX 339-4	& (see V821 Ara) \\[0.5ex]

HBC 425		& (see 2MASS J04542368+1709534) \\[0.5ex]

Kepler-34b	& {\it Welsh, W.F. et al.} (46 authors) 2012, Nature 481, 475. (1ao, 2ao, 5cde) 
		  A transiting circum-EB planet. \\[0.5ex]

Kepler-35b 	& {\it Welsh, W.F. et al.} (46 authors) 2012, Nature 481, 475. (1ao, 2ao, 5cde) 
		  A transiting circum-EB planet. \\[0.5ex]

KOI-54		& (see HD 187091)\\[0.5ex]

KOI-565		& {\it Col\'on, K.D., Ford, E.B.} 2011, PASP 123, 1391. (1ao, 6b) Kepler 
		  variation is due not to super-Earth-sized planet but to EB. \\[0.5ex]

LS 2883		& (see CPD $-$63$^{\circ}$2495)\\[0.5ex]

LS 5039		& (see V479 Sct) \\[0.5ex]

LS I +61$^{\circ}$303 & (see V615 Cas) \\[0.5ex]

M31 ULX-1	& {\it Middleton, M.J. et al.} (5 authors) 2012, MNRAS 420, 2969. (1x, 5cegi, 6b, 8a) A LMXB in M31. 
		  \\[0.5ex]

NGC 346-013     & {\it Ritchie, B.W. et al.} (8 authors) 2012, A\&A 537, A29. (1a, 5e, 8c) The VLT-FLAMES survey of 
		  massive stars: NGC 346-013 as a test case for massive CB evolution. \\[0.5ex]

NGC 1348	& {\it Fang, X.-S. et al.} (6 authors) 2012, RAA 12, 83. (1ao, 5ac) Photometric analysis of a newly 
		  discovered active EB in the field of NGC 1348. \\[0.5ex]

NGC 2539 V3 and V4 & {\it Kiron, Y.R., Sriram, K., Vivekananda Rao, P.} BASI 40, 51. (1ao, 5abce) Photometric 
		  analyses of two contact binaries in the open cluster NGC2539. \\[0.5ex]

NGC 4449	& {\it Rangelov, B. Prestwich, A.H. Chandar, R.} 2011, ApJ 741, 86. (1ax, 6d)  Discovery of 23 
		  XRB candidates. \\[0.5ex] 

NGC 7142	& {\it Sandquist, E.L., Serio, A.W., Shetrone, M.} 2011, AJ 142, 194. (1ao, 2ao, 
		  6b) New variable stars in old open cluster, including some EBs. \\[0.5ex]

PN G038.1$-$25.4 & (see 2MASS J20313321$-$0705178) \\[0.5ex]

SN 2011fe 	& {\it Li, W. et al.} (29 authors) 2011, Nature 480, 348. Exclusion of a luminous red giant
		  as a companion star to the SN progenitor. \\
		& {\it Nugent, P.E. et al.} (39 authors) 2011, Nature 480, 344. (2dox) 
                  Exploding C/O WD progenitor. \\[0.5ex] 

SN 2010da	& {\it Binder, B. et al.} (7 authors) 2011, ApJ 739, L51. (2dx, 6b)  Suggest this is a massive 
		  XRB. \\[0.5ex] 

SS 433		& (see V1343 Aql) \\[0.5ex]

SXP 1062        & (see CXOU J012745.9$-$733256) \\[0.5ex]

USNO-B1.0 1377-0415424 & (see 2MASS J19423720+4745486) \\[0.5ex]

WR 140		& (see V1687 Cyg)\\[1cm]

%\newpage


\end{longtable}
%\newpage

%%%%%%%%%%%%%%%%%%%%%%%%%%%  GENERAL  %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%

%\vspace*{2cm}
\setlength{\parindent}{0em}
\section*{General}

{\it Adams, F. et al.} (5 authors) 2011, ApJ 743, 175. Magnetic interactions in young binaries. (8ad) \\

{\it Antokhin, I.I.} 2012, MNRAS 420, 495. Solving LCs of WR+O binaries by Tikhonov's regularization method. \\

{\it Backhaus, U. et al.} (42 authors) 2012, A\&A 538, A84. The quest for companions to post-common envelope binaries. I.
		Searching a sample of stars from the CSS and SDSS. \\

{\it Bahena, D., Hadrava, P.} 2012, Ap\&SS 337, 651. First stars. II. Evolution with mass loss. \\

{\it Barbary, K. et al.} (43 authors) 2012, ApJ 745, 32. The SN Ia rate increases with redshift. (8ac) \\

{\it Bejger, M. et al.} (4 authors) 2011, A\&A  536, A92.  Compression of matter in the centre of accreting NSs. \\

{\it Belloni, T.M., Motta, S.E., Muñoz-Darias, T.} 2011, BASI 39, 409. BH transients. \\

{\it Bhadkamker, H., Ghoosh, P.} 2012, ApJ 746, 22.  Luminosities and period distributions of HMXB's in galaxies. (9) \\

{\it B\'{i}ro, I.B., Nuspl, J.} 2011, MNRAS 416, 1601. Photometric mode identification of non-radial pulsations in EBs 
		-- I. Dynamic eclipse mapping. \\
	
{\it Blay, P. } 2012, Ap\&SS 335, 137. UV view of HMXB systems (what we know and perspectives for WSO-UV). \\

{\it Bodaghee, A. et al.} (4 authors) 2012, ApJ 744, 108. Spatial correllation beteen HMXB and OB associations. (9) \\

{\it Bosch-Ramon, V., Barkov, M.V.} 2011, A\&A  535, A20.  Large-scale flow dynamics and radiation in pulsar 
		$\gamma$-ray binaries.  \\

{\it Boyajian, T.S. et al.} (18 authors) 2012, ApJ 746, 101. CHARA Array determine 44 diameters of A,F, and G-type stars
		providing new main sequence radii-mass vs. colour indices tables. (4c) \\

{\it Bravo, E. et al.} (6 authors) 2011, A\&A  535, A114.  Type Ia SNe and the $^{12}$C + $^{12}$C reaction rate.  \\

{\it Casanova, J. et al.} (5 authors) 2011, Nature 478, 490. (8ab) Kelvin-Helmholtz instabilities as the source of 
		inhomogeneous mixing in nova explosions. \\

{\it Clark, B.M., Blake, C.H., Knapp, G.R.} (3 authors) 2012, ApJ 744, 119. M-Dwarf CB fraction from SDSS. (2ao*, 9) \\

{\it Cohen, O., Drake, J.J., Kashyap, V.L.} 2012, ApJ 746, L3. 3D MHD numerical model of WD binary with stellar 
		corona and wind. (8ad) \\

{\it Dabringhaysen, J. et al.} (4 authors) 2012, ApJ 747, 72. High frequency of LMXB predicates high mass-to-light 
		ratio in ultracompact dwarf galaxies. (9) \\

{\it Davis, P.J., Kolb, U., Knigge, C.} 2012, MNRAS 419, 287. Is the common envelope ejection efficiency a function 
		of the binary parameters?. \\

{\it Dawson, S.A., Schr\"{o}der, K.-P.} 2012, MNRAS 420, 2339. Exposing the hidden WD binary origin by means 
		of a synthetic population model for nearby single stars. \\

{\it Dryomova, G.N., Svechnikov, M.A.} 2012, Ap\&SS 338, 103. Tidal torque constants as a critical test for an evolution
		of close EBs. \\

{\it Ekstrom, S. et al.} (12 authors) 2012, A\&A 537, A146. Grids of stellar models with rotation. I. Models from 0.8 to
		120 M$_{\odot}$ at solar metallicity (Z=0.014). \\

{\it Erkut, M.H.} 2011, ApJ 743, 5. (8b) Study of QPOs. \\

{\it Farr, W.M. et al.} (7 authors) 2011, ApJ 741, 103. (8a) Derived mass function of stellar mass BH's. \\

{\it Fateeva, A.M. et al.} (4 authors) 2012, Ap\&SS 335, 125. Gaseous flows in the inner part of the circumbinary disk 
		of a binary T Tauri star. \\

{\it Fu, L., Li, X.-D.} 2011, RAA 11, 1457. On pulsar-driven mass ejection in LMXB. \\

{\it Fujii, M.S., Portegies Zwart, S.} 2011, Science 334, 1380. The origin of OB runaway stars. \\

{\it Fukue, J.} 2011, PASJ 63, 1273. Vertical radiative transfer in ADs: Roles of scattering effects. \\

{\it Geller, A.M., Mathieu, R.D.} 2011, Nature 478, 356. (2a*, 5d, 9) A mass transfer origin for blue stragglers 
		in NGC 188 as revealed by half-solar-mass companions. \\

{\it Ghoreyshi, S.M.R., Ghanbari, J., Salehi, F.} 2011, PASA 28, 290. The effect of circumstellar material on the LCs 
		of EB systems. \\

{\it Grout, P.J.} 2012, ApJ 745, 55. Rotational Doppler broadening detection is probably impossible at this time. (8a) \\ 

{\it Hachisu, I. et al.} (4 authors) 2012, ApJ 744, 69. SN1a origin from WD with masses greater than Chandrasekhar 
		limit. (8ad) \\

{\it Harrison, T.E. et al.} (4 authors) 2012, AJ 143, 4. Six new EBs found from Kepler cycle 1. \\

{\it Holberg, J.B., Oswalt, T.D., Barstow, M.A.} 2012, AJ 143, 68. Observational constraints on 
		degenerate M-R relationship. \\

{\it Ingram, A., Done, C.} 2012, MNRAS 419, 2369. Modelling variability in BH binaries: linking simulations to 
		observations. \\

{\it Inoue, H.} 2012, PASJ 64, 40. Tidal-force-induced precessions of ADs. \\

{\it Kashi, A., Soker, N.} 2011, MNRAS 417, 1466. A circumbinary disc in the final stages of common envelope and the 
		core-degenerate scenario for Type~Ia supernovae. \\
	
{\it Kasliwal, M.M.} 2011, BASI 39, 375. Transients in the local universe: systematically bridging the gap between 
		novae and supernovae. \\

{\it Kato, M., Hachisu, I.} 2012, ApJ 743, 157. Effects of companion star on nova outbursts. (8b) \\

{\it Knigge, C., Coe, M.J., Podsiadlowski, P.} 2011, Nature 479, 372. Two populations of x-ray pulsars produced by 
		two types of SNe. \\

{\it Kozlowski, S.K., Konacki, M., Sybilski, P.} 2011, MNRAS 416, 2020. Radio pulsar style timing of EB stars from the 
		All Sky Automated Survey catalogue. \\
	
{\it Kylafis, N.D. et al.} (4 authors) 2012, A\&A 538, A5. Formation and destruction of jets in x-ray binaries. \\

{\it Lebzelter, T. et al.} (13 authors) 2012, A\&A 539, A109. CRIRES-POP. A library of high resolution spectra in the
		near-infrared. \\

{\it Li, L.-S.} 2012, ChA\&A 36, 63. Secular effects on orbits of binary stars induced by temporal variation of 
		gravitational constant (case for elliptical orbit). \\

{\it Liu, W.-M., Chen, W.-C.} 2011, MNRAS 416, 2285. On the progenitors of millisecond pulsars by the recycling 
		 evolutionary channel. \\
	
{\it Long, J.P. et al.} (5 authors) 2012, PASP 124, 280. Optimising automated classification of 
		variables in new surveys. \\

{\it Lu, P., Deng, L.-C., Zhang, X.-B.} 2011, RAA 11, 1336. Modelling blue stragglers in young clusters. \\

{\it Lugovskii, A.Yu., Chechetkin, V.M.} 2012, ARep 56, 96. The development of large-scale instability in 
		Keplerian stellar ADs. (8d) \\

{\it Maeder, A. et al.} (4 authors) 2012, A\&A 539, A110. On the Eddington limit and WR stars. \\

{\it Malkov, O., Mironov, A., Sichevskij, S.} 2012, Ap\&SS 335, 105. Single-binary star separation by ultraviolet colour 
		index diagrams. \\

{\it Mapelli, M. et al.} (4 authors) 2011, MNRAS 416, 1756. Dynamics of massive stellar BHs in young star clusters and 
		the displacement of ultra-luminous x-ray sources. \\
	
{\it Marks, M., Kroupa, P.} 2011, MNRAS 417, 1702. Dynamical population synthesis: constructing the stellar single and 
		binary contents	of Galactic field populations. \\
	
{\it Marks, M., Kroupa, P., Oh, S.} 2011, MNRAS 417, 1684. An analytical description of the evolution of binary 
		orbital-parameter distributions in N-body computations of star clusters. \\
	
{\it Martins, F. et al.} (4 authors) 2012, A\&A 538, A39. (1a, 2c) A quantitative study of O stars in NGC 2244 and the 
		Mon OB2 association, including some binaries. \\

{\it Marzari, F. et al.} (4 authors) 2012, A\&A 539, A98. Eccentricity of radiative disks in CB systems. \\

{\it McWilliams, S.T., Levin, J.} 2011, ApJ 742, 90. (8c) Calculation of electromagnetic energy produced by BH, 
		NS coalescence. \\

{\it Mereghetti, S. et al.} (5 authors) 2011, A\&A  536, A69. (2dx, 5j)  Search for x-ray emission from subdwarf 
		B stars with compact companion candidates. \\

{\it Metzger, B.D., Berger, E.} 2012, ApJ 746, 48.  Other ways to detect double NS mergers besides GW. (8a) \\

{\it Mineo, S., Gilfanov, M., Sunyaev, R.} 2012, MNRAS 419, 2095. X-ray emission from star-forming galaxies - I. HMXBs. \\

{\it Monelli, M.et al.}  (11 authors) 2012, ApJ 744, 13. Over 2000 blue stragglers studied in 2 dSph galaxies 
		indicate binary magnetic braking origins. (1aoi) \\ 

{\it Montero, P.J., Zanotti, O.} 2012, MNRAS 419, 1507. Oscillations of relativistic axisymmetric tori and implications 
		for modelling kHz-QPOs in NS x-ray binaries. \\

{\it Nakar, E., Piran, T.} 2011, Nature 478, 82. Detectable radio flares following gravitational waves 
		from mergers of binary NSs. \\

{\it Nanouris, N. et al.} (4 authors) 2011, A\&A  535, A126.  Efficiency of O-C diagrams as diagnostic tools 
		for long-term period variations. I. Wind-driven mass loss and magnetic braking. \\

{\it Nataf, D.M., Gould, A., Pinsonneault, M.H.} 2012, AcA 62, 33 Detached red giant EB twins: Rosetta 
		stones to the galactic bulge. \\

{\it Nebot G{\'o}mez-Mor{\'a}n, A. et al.} (21 authors) 2011, A\&A  536, A43. (9) Post common envelope binaries 
		from SDSS. XII. The orbital period distribution. \\

{\it Oda, H. et al.} (5 authors) 2012, PASJ 64, 15. Global structure of optically thin, magnetically supported,
		two-temperature, BH ADs. \\

{\it Pakmor, R. et al.} (4 authors) 2012, ApJ 747, L10. Simulated SN1a detonation from WD + WD inspiral. (8ac) \\

{\it P\'{a}l, A.} 2012, MNRAS 420, 1630. Light-curve modelling for mutual transits. \\

{\it Palate, M., Rauw, G.} 2012, A\&A 537, A119. Spectral modelling of circular massive binary systems.
		Towards an understanding of the Struve-Sahade effect? \\

{\it Pasternacki, T. et al.} (16 authors) 2011, AJ 142, 114. Variable-star census in Perseus 
		field detects new and known EBs. \\

{\it Pathania, A., Medupe, T.} 2012, Ap\&SS 338, 127. Radii of the Roche equipotential surfaces. \\

{\it Paul, B., Naik, S.} 2011, BASI 39, 429. Transient HMXBs. \\

{\it Peter, D. et al.} (4 authors) 2012, A\&A 538, A74. Massive binaries in the Cepheus OB2/3 region. Constraining the
		formation mechanism of massive stars. \\

{\it Raskin, C. et al.} (5 authors) 2012, ApJ 746, 62. Properties of WD mergers from MHD simulations. (8c) \\

{\it Richards, J.W. et al.} (9 authors) 2012, ApJ 744, 192. Active learning algorithm classification of variable star 
		curves. (7d) \\

{\it Ricker, P.M., Taam, R.E.} 2012, ApJ 746, 74. Hydrodynamic simulation of common-envelope inspiralling of 1 and 
		0.6 solar mass stars. (8ad) \\

{\it Riquelme, M.S., Torrejon, J.M., Negueruela, I.} 2012, A\&A 539, A114. Circumstellar emission in Be/x-ray binaries 
		of the Magellanic Clouds and the Milky Way. \\

{\it Roman, R.} 2012, Ap\&SS 335, 475. 'Similar' coordinate systems and the Roche geometry: application. \\

{\it Shag, Y., Li, X-D. } 2012, ApJ 745, 165. AML of CV via circumbinary disk on the binaries below the period gap. 
		(8abd) \\

{\it Shtemler, Y.M., Liverts, E., Mond, M.} 2012, AN 333, 266. Thermomagnetic and magnetorotational 
		instabilities of thin Keplerian discs in poloidal magnetic fields. \\

{\it Shugarov, A.S. et al.} (4 authors) 2012, Ap\&SS 335, 317. WSO-UV project guide star catalogue: experimental 
		verification of its photometric system. \\

{\it Slawson, R.W. et al.} (24 authors) 2011, AJ 142, 160. Kepler second data release includes 
		2165 EBs. \\

{\it Szkody, P. et al.} (14 authors) 2011, AJ 142, 181. Final list of EBs from SDSS. \\

{\it Taani, A. et al.} (4 authors) 2012, AN 333, 53. Where do the progenitors of millisecond pulsars come 
		from? (Origin from LMXBs and CVs discussed). \\
	
{\it Tauris, T.M.} 2012, Science 335, 561. (8acd) Spin-down of radio millisecond pulsars at genesis. \\

{\it Thebault, P.} 2012, A\&A 537, A65. A new code to study structures in collisionally active, perturbed debris discs:
             application to binaries. \\

{\it van Haaften, L.M. et al.} (5 authors) 2012, A\&A 537, A104. The evolution of ultracompact x-ray binaries. \\

{\it Wanajo, S., Janka, H-T.} 2012, ApJ 746, 180. Neutrino driven wind from BH binary. (8ab) \\

{\it Wang, J. et al.} (5 authors) 2012, AN 333, 274. Statistical analysis for the Q-factor of twin kHz 
		QPOs. \\
	
{\it Wang, L. et al.} (21 authors) 2011, AJ 142, 155. Photometry of variables from Antarctica 
		including some new EBs. \\

{\it Winkler, C. et al.} (4 authors) 2011, Space Science Reviews 161, 149. INTEGRAL: science highlights and 
		future prospects. \\

{\it Woods, T.E. et al.} (4 authors) 2012, ApJ 744, 12. Formation of binary WD's through stable mass transfer. (8ad) \\

{\it Zhu, C. et al.} (4 authors) 2012, PASP 124, 204. Models for donor stars in persistent NS LMXBs. \\

{\it Zhu, X.-J. et al.} (5 authors) 2011, ApJ 739, 86. (8c) Estimate of stochastic gravitational wave 
		background from coalescing binary BH's. \\

{\it Zorotovic, M. et al.} (14 authors) 2011, A\&A  536, L3. (9) Post common envelope binaries from SDSS. 
		XIII. Mass dependencies of the orbital period distribution. \\
  
{\it Zorotovic, M., Schreiber, M.R., G\"{a}nsicke, B.T.} 2011, A\&A  536, A42. (9) Post common envelope binaries 
		from SDSS. XI. The WD mass distributions of CVs and pre-CVs. \\

%\newpage

%%%%%%%%%%%%%%%%%%%%%%%%%%%  COLLECTIONS OF DATA  %%%%%%%%%%%%%%%%%%%%%%%%%%%

%\vspace*{2cm}
\section*{Collections of data}

{\it Bates, S.D. et al.} (16 authors) 2011, MNRAS 416, 2455. (1r, 6b) Five millisecond pulsars found in binary systems: 
		PSR~J1125$-$5825, PSR~J1708$-$3506, PSR~J1731$-$1847, PSR~J1801$-$3210, PSR~J1811 \\
		$-$2405. \\
	
{\it Diethelm, R.} 2012, IBVS No. 6011. (5a) Timings of minima of EBs: WX~And, AB~And, DK~And, DO~And, EP~And, FL~And, 
		GW~And, GZ~And, LM~And, LY~And, NZ~And, QW~And, QX~And, V404~And, V444~And, V449~And, V452~And, 
		V463~And, GSC~1739-1463, GSC~2822-1558, GSC~2825-603, GSC~3234-1318, GSC~3243-336, GSC~3243-962, 
		GSC~3627-1727, GSC~3638-2422, GSC~3644-1562, ST~Aqr, SU~Aqr, CK~Aqr, CR~Aqr, CX~Aqr, DD~Aqr, EF~Aqr, 
		EX~Aqr, FS~Aqr, GH~Aqr, GK~Aqr, GM~Aqr, GZ~Aqr, HV~Aqr, MO~Aqr, NN~Aqr, NW~Aqr, GSC~529-281, 
		GSC~567-602, GSC~568-1328, GSC~5191-146, GSC~5197-695, GSC~5210-437, GSC~5220-352, GSC~5233-327, 
		GSC~5248-214, GSC~5777-383, GSC~5802-335, GSC~5804-102, GSC~5811-437, GSC~5817-92, GSC~5817-435, 
		GSC~5818-1148, GSC~5820-1011, GSC~5821-87, GSC~5826-1082, GSC~5835-944, GSC~5836-40, GSC~6386-105, 
		GSC~6403-431, V761 Aql, GSC~5160-500, GSC~5172-1240, GSC~5743-114, SS~Ari, SZ~Ari, TX~Ari, AL~Ari, 
		BM~Ari, BN~Ari, GSC~645-85, GSC~1209-1201, GSC~1210-442, GSC~1213-1483, GSC~1217-696, GSC~1221-1118, 
		GSC~1240-657, GSC~1772-674, GSC~1794-393, GSC~3303-1583, RZ~Aur, CI~Aur, EU~Aur, HW~Aur, V410~Aur, 
		V585~Aur, V591~Aur, V594~Aur, V596~Aur, V599~Aur, V603~Aur, UU~Cam, WW~Cam, AO~Cam, AQ~Cam, AS~Cam, 
		AV~Cam, CP~Cam, MP~Cam, MT~Cam, MX~Cam, NO~Cam, OQ~Cam, PS~Cam, QU~Cam, V337~Cam, V362~Cam, V368~Cam, 
		V369~Cam, V373~Cam, V375~Cam, V381~Cam, V395~Cam, V442~Cam, V465~Cam, V497~Cam, V502~Cam, V503~Cam, 
		IRAS~03530+5306, TX~Cnc, TY~Cnc, WX~Cnc, WY~Cnc, AC~Cnc, AD~Cnc, AE~Cnc, GW~Cnc, LM~Cnc, GSC~809-569, 
		GSC~1395-877, GSC~1397-1030, NSV~4188, GSC~5375-1015, GSC~5391-1821, AV~CMi, GSC~175-3820, WZ Cap, 
		GSC~5793-556, GSC~5805-197, GSC~6363-550, AE~Cas, AH~Cas, AT~Cas, AX~Cas, BS~Cas, BW~Cas, BZ~Cas, 
		DN~Cas, DO~Cas, EY~Cas, GR~Cas, HQ~Cas, IR~Cas, IT~Cas, LU~Cas, LX~Cas, LY~Cas, MN~Cas, MY~Cas, 
		OX~Cas, PV~Cas, V345~Cas, V387~Cas, V419~Cas, V459~Cas, V471~Cas, V473~Cas, V541~Cas, V608~Cas, 
		V775~Cas, V821~Cas, V1011~Cas, V1014~Cas, V1018~Cas, V1107~Cas, V1115~Cas, V1137~Cas, GSC~3671-99, 
		GSC~4029-1087, USNO-A2.0 1500-01070260, GSC~2.3 N19M012679, SU~Cep, WZ~Cep, XX~Cep, ZZ~Cep, BE~Cep, 
		CM~Cep, CO~Cep, CW~Cep, EF~Cep, GS~Cep, GW~Cep, IM~Cep, KP~Cep, LL~Cep, MT~Cep, V698~Cep, V699~Cep, 
		V734~Cep, V744~Cep, V796~Cep, V801~Cep, V804~Cep, GSC~3965-1172, GSC~3996-1098, GSC~4286-49, 
		GSC~4477-706, GSC~4481-1535, GSC~4482-981, GSC~4482-1238, RW~Cet, SS~Cet, TT~Cet, TV~Cet, TX~Cet, 
		VV~Cet, XY~Cet, DY~Cet, HM~Cet, GSC~28-697, GSC~44-1052, GSC~44-1314, GSC~49-120, GSC~54-373, 
		GSC~4684-99, GSC~4687-79, GSC~4689-252, GSC~4691-773, GSC~4694-581, GSC~4698-855, GSC~4708-841, 
		GSC~5276-366, GSC~5278-346, GSC~5281-1730, GSC~5284-2130, NSV~388, VV~Cyg, DK~Cyg, LO~Cyg, V387~Cyg, 
		V519~Cyg, V628~Cyg, V664~Cyg, V679~Cyg, V704~Cyg, V706~Cyg, V836~Cyg, V1066~Cyg, V1074~Cyg, 
		V1401~Cyg, V1414~Cyg, V1729~Cyg, V1815~Cyg, V1901~Cyg, V1905~Cyg, V2021~Cyg, GSC~2.3 N2IU062855, 
		SV~Equ, GSC~536-9, GSC~537-1462, GSC~540-68, GSC~1109-1267, RU~Eri, TZ~Eri, UX~Eri, VV~Eri, YY~Eri, 
		ZZ~Eri, AM~Eri, AS~Eri, BC~Eri, BL~Eri, BV~Eri, BZ~Eri, CD~Eri, KZ~Eri, LW~Eri, GSC~4700-802, 
		GSC~4725-661, GSC~4732-1231, GSC~5294-1116, GSC~5303-939, GSC~5314-2102, GSC~5321-819, GSC~5323-652, 
		GSC~5325-728, GSC~5330-664, GSC~5863-584, SX~Gem, AC~Gem, AZ~Gem, CX~Gem, EL~Gem, EN~Gem, IM~Gem, 
		LO~Gem, V401~Gem, GSC~1328-1420, GSC~1336-717, GSC~1337-1137, GSC~1888-1148, RX~Hya, DI~Hya, 
		V409~Hya, V412~Hya, V502~Hya, GSC~213-980, GSC~220-70, GSC~221-871, GSC~4867-982, GSC~4894-2310, 
		GSC~5428-75, GSC~5441-60, GSC~5454-1746, GSC~5467-1483, GSC~6013-1086, GSC~6014-855, GSC~6027-134, 
		RW~Lac, VV~Lac, VY~Lac, ZZ~Lac, CN~Lac, CO~Lac, ES~Lac, IL~Lac, IP~Lac, LU~Lac, LY~Lac, MZ~Lac, 
		NS~Lac, V339~Lac, V344~Lac, V364~Lac, GSC~3210-1456, GSC~3996-791, GSC~1429-560, GSC~5345-815, 
		GSC~5916-1668, RY~Lyn, DE~Lyn, FO~Lyn, RW~Mon, VX~Mon, CK~Mon, DN~Mon, GU~Mon, V395~Mon, V396~Mon, 
		V456~Mon, V714~Mon, V874~Mon, GSC~4807-2393, GSC~4824-708, GSC~5364-356, GSC~5382-452, GSC~5384-975, 
		NSV~3180, FH~Ori, GG~Ori, GU~Ori, OS~Ori, V1027~Ori, V1353~Ori, V1633~Ori, V1637~Ori, V1638~Ori, 
		V1848~Ori, V1865~Ori, V2790~Ori, GSC~85-1357, GSC~89-1424, GSC~93-668, GSC~103-738, GSC~103-894, 
		GSC~111-1902, GSC~127-719, GSC~128-980, GSC~709-1047, GSC~1314-352, GSC~1315-1104, GSC~4753-984, 
		GSC~4754-44, GSC~4766-69, GSC~4772-934, GSC~4780-344, GSC~4783-467, GSC~5337-337, GSC~5346-275, 
		UX~Peg, VW~Peg, ZZ~Peg, BB~Peg, BX~Peg, BY~Peg, BZ~Peg, CC~Peg, CE~Peg, CF~Peg, CU~Peg, DV~Peg, 
		EU~Peg, GP~Peg, KW~Peg, MQ~Peg, V407~Peg, ASAS~215503+2417.8, GSC~563-861, GSC~566-150, GSC~570-73, 
		GSC~573-1241, GSC~1127-2016, GSC~1141-480, GSC~1166-399, GSC~1654-575, GSC~1670-251, GSC~1677-992, 
		GSC~1686-1001, GSC~1694-992, GSC~1704-356, GSC~1709-614, GSC~1715-1370, GSC~1716-1457, GSC~1718-1664, 
		GSC~2188-568, GSC~2189-1101, GSC~2203-1663, GSC~2211-2152, GSC~2225-1482, GSC~2226-2148, 
		GSC~2244-1064, GSC~2740-1859, GSC~2766-775, ST~Per, WY~Per, XZ~Per, BE~Per, BR~Per, BY~Per, CH~Per, 
		DK~Per, DZ~Per, EQ~Per, FQ~Per, FW~Per, HK~Per, HS~Per, HV~Per, HW~Per, II~Per, IK~Per, IM~Per, 
		IT~Per, IU~Per, KL~Per, KN~Per, KW~Per, MS~Per, PS~Per, QT~Per, QU~Per, QV~Per, QW~Per, V366~Per, 
		V432~Per, V434~Per, V449~Per, V450~Per, V457~Per, V462~Per, V680~Per, V723~Per, V737~Per, V871~Per, 
		V873~Per, V877~Per, V884~Per, V887~Per, V947~Per, V951~Per, V964~Per, GSC~2344-92, GSC~2344-527, 
		GSC~2361-2410, RV~Psc, SU~Psc, VZ~Psc, AC~Psc, CP~Psc, DS~Psc, EM~Psc, ER~Psc, GR~Psc, GW~Psc, 
		HO~Psc, GSC~24-466, GSC~575-429, GSC~610-198, GSC~611-249, GSC~611-829, GSC~619-1008, GSC~621-834, 
		GSC~1194-613, GSC~1202-1038, GSC~1202-1193, GSC~1762-103, GSC~5243-973, GSC~5254-59, GSC~5255-370, 
		V595~Pup, GSC~5998-968, NSV~4095, CK~Sge, GSC~1621-2192, RZ~Tau, TY~Tau, AC~Tau, AH~Tau, BN~Tau, 
		CF~Tau, CR~Tau, CU~Tau, EQ~Tau, GR~Tau, GW~Tau, IV~Tau, V1022~Tau, V1094~Tau, V1112~Tau, V1123~Tau, 
		V1220~Tau, V1222~Tau, V1223~Tau, V1241~Tau, V1249~Tau, V1250~Tau, V1260~Tau, V1352~Tau, V1356~Tau, 
		V1367~Tau, GSC~67-348, GSC~72-521, GSC~74-465, GSC~76-527, GSC~650-1226, GSC~658-185, GSC~659-262, 
		GSC~661-580, GSC~663-23, GSC~664-423, GSC~681-692, GSC~1235-663, GSC~1256-188, GSC~1273-661, 
		GSC~1274-564, GSC~1831-687, GSC~1841-879, GSC~4709-1195, V~Tri, RW~Tri, ST~Tri, VW~Tri, VZ~Tri, 
		AK~Tri, OY~UMa, BI~Vul, DZ~Vul, V384~Vul, GSC~1660-1173, GSC~2175-940, GSC~2177-709, GSC~2190-1358. \\ 

{\it Faigler, S. et al.} (5 authors) 2012, ApJ 746, 185. (1a*, 2aoi, 5cd) Seven noneclipsing binaries discovered in 
		Kepler LCs confirmed with RV curves. \\

{\it Gonzalez, M.E. et al.} (12 authors) 2012, ApJ 743, 102. (1r) Observations of 4 binary ms pulsars. \\

{\it Griffin, R.F.} 2011, Observatory 131, 294. (2ao, 5d) 60 Psc, 27 Ari, EZ UMa, 4 Equ, bright 
		SB1s. \\

{\it Griffin, R.F.} 2011, Observatory 131, 351. (2ao, 5d) HD 109803, HD 109954, HD 110195, HD 
		117078, multiple systems. \\

{\it Griffin, R.F.} 2012, Observatory 132, 16. (2ao, 5d) HR 4241, HR 7208, HR 8026, HR 8149, 
		giant SB1s. \\

{\it H\"ubscher, J., Lehmann, P.B., Walter, F.} 2012, IBVS No. 6010. (5a) BAV-Results of observations - photoelectric 
		minima of selected EBs: RT~And, AB~And, AS~And, BD~And, DO~And, KP~And, V422~And, OO~Aql, V640~Aql, 
		V694~Aql, V1045~Aql, V1353~Aql, V1430~Aql, V1542~Aql, AH~Aur, DO~Aur, EM~Aur, GI~Aur, V404~Aur, 
		V426~Aur, SU~Boo, TU~Boo, TX~Boo, TY~Boo, TZ~Boo, UW~Boo, VW~Boo, AC~Boo, AD~Boo, AQ~Boo, AR~Boo, 
		BG~Boo, CV~Boo, DU~Boo, ET~Boo, EW~Boo, FI~Boo, FY~Boo, GK~Boo, GL~Boo, GM~Boo, GN~Boo, GQ~Boo, GR~Boo, 
		GV~Boo, GX~Boo, HR~Boo, Y~Cam, SV~Cam, UU~Cam, AK~Cam, AL~Cam, AN~Cam, AO~Cam, AT~Cam, AY~Cam, 
		CD~Cam, FN~Cam, HW~Cam, NO~Cam, NQ~Cam, NR~Cam, NS~Cam, RY~Cnc, TU~Cnc, TX~Cnc, WW~Cnc, WX~Cnc, 
		WY~Cnc, YY~Cnc, AC~Cnc, AD~Cnc, AE~Cnc, AH~Cnc, EH~Cnc, ES~Cnc, EV~Cnc, FF~Cnc, HN~Cnc, HS~Cnc, 
		IN~Cnc, IO~Cnc, IQ~Cnc, IT~Cnc, IU~Cnc, VZ~CVn, YZ~CVn, BI~CVn, BO~CVn, DF~CVn, DH~CVn, DI~CVn, 
		DL~CVn, DR~CVn, DX~CVn, DY~CVn, EE~CVn, EF~CVn, EH~CVn, SX~CMi, TX~CMi, TY~CMi, TZ~CMi, UZ~CMi, 
		XZ~CMi, BB~CMi, BF~CMi, TV~Cas, TW~Cas, AB~Cas, AX~Cas, BH~Cas, EG~Cas, EY~Cas, GR~Cas, GU~Cas, 
		IS~Cas, NN~Cas, QQ~Cas, V336~Cas, V345~Cas, V359~Cas, V385~Cas, V523~Cas, V651~Cas, V702~Cas, 
		V1004~Cas, VZ~Cep, WW~Cep, ZZ~Cep, AV~Cep, BU~Cep, CW~Cep, DK~Cep, DL~Cep, DV~Cep, EO~Cep, GG~Cep, 
		GI~Cep, GS~Cep, GT~Cep, HI~Cep, IP~Cep, KP~Cep, LM~Cep, LP~Cep, NU~Cep, PX~Cep, V711~Cep, V737~Cep, 
		RW~Com, RZ~Com, UX~Com, AQ~Com, CC~Com, CM~Com, CN~Com, EK~Com, EQ~Com, LL~Com, LO~Com, LP~Com, 
		LQ~Com, LR~Com, LT~Com, MM~Com, MR~Com, U~CrB, RT~CrB, TU~CrB, TW~CrB, YY~CrB, AM~CrB, AR~CrB, 
		AV~CrB, SW~Cyg, VV~Cyg, WZ~Cyg, BO~Cyg, DP~Cyg, EN~Cyg, GM~Cyg, KV~Cyg, NZ~Cyg, PV~Cyg, QU~Cyg, 
		QW~Cyg, V401~Cyg, V435~Cyg, V443~Cyg, V447~Cyg, V454~Cyg, V463~Cyg, V484~Cyg, V490~Cyg, V496~Cyg, 
		V499~Cyg, V500~Cyg, V505~Cyg, V512~Cyg, V534~Cyg, V536~Cyg, V541~Cyg, V635~Cyg, V689~Cyg, V704~Cyg, 
		V726~Cyg, V743~Cyg, V753~Cyg, V796~Cyg, V809~Cyg, V822~Cyg, V824~Cyg, V841~Cyg, V842~Cyg, V856~Cyg, 
		V865~Cyg, V866~Cyg, V869~Cyg, V874~Cyg, V880~Cyg, V885~Cyg, V906~Cyg, V912~Cyg, V957~Cyg, V963~Cyg, 
		V970~Cyg, V1004~Cyg, V1018~Cyg, V1019~Cyg, V1036~Cyg, V1083~Cyg, V1130~Cyg, V1136~Cyg, V1141~Cyg, 
		V1147~Cyg, V1187~Cyg, V1191~Cyg, V1193~Cyg, V1302~Cyg, V1321~Cyg, V1356~Cyg, V2240~Cyg, V2280~Cyg, 
		V2284~Cyg, V2294~Cyg, V2363~Cyg, V2364~Cyg, V2366~Cyg, TT~Del, YY~Del, EQ~Del, RZ~Dra, TZ~Dra, 
		WW~Dra, WX~Dra, XY~Dra, AI~Dra, AK~Dra, AR~Dra, BE~Dra, BS~Dra, BU~Dra, CM~Dra, CV~Dra, DW~Dra, 
		EF~Dra, GQ~Dra, GV~Dra, IV~Dra, KK~Dra, LN~Dra, LZ~Dra, MU~Dra, TZ~Gem, YY~Gem, AL~Gem, AV~Gem, 
		EN~Gem, FT~Gem, LO~Gem, MU~Gem, V339~Gem, V388~Gem, SZ~Her, TU~Her, BO~Her, BV~Her, CT~Her, 
		DD~Her, ES~Her, IK~Her, IT~Her, MX~Her, PW~Her, V342~Her, V381~Her, V387~Her, V450~Her, V490~Her, 
		V502~Her, V607~Her, V728~Her, V732~Her, V733~Her, V829~Her, V842~Her, V856~Her, V857~Her, V861~Her, 
		V878~Her, V883~Her, V923~Her, V1032~Her, V1033~Her, V1036~Her, V1038~Her, V1042~Her, V1044~Her, 
		V1047~Her, V1049~Her, V1052~Her, V1055~Her, V1057~Her, V1065~Her, V1066~Her, V1068~Her, V1069~Her, 
		V1071~Her, V1073~Her, V1088~Her, V1091~Her, V1092~Her, V1095~Her, V1096~Her, V1098~Her, V1101~Her, 
		V1102~Her, V1103~Her, V1104~Her, V1105~Her, CU~Hya, DF~Hya, FG~Hya, RW~Lac, TW~Lac, AG~Lac, AU~Lac, 
		AW~Lac, CN~Lac, DG~Lac, EK~Lac, EM~Lac, EP~Lac, EQ~Lac, ER~Lac, EU~Lac, EX~Lac, FI~Lac, FL~Lac, 
		HX~Lac, IR~Lac, MZ~Lac, NR~Lac, NS~Lac, NW~Lac, V344~Lac, V345~Lac, UU~Leo, UZ~Leo, VZ~Leo, WZ~Leo, 
		AM~Leo, BW~Leo, EX~Leo, FM~Leo, GU~Leo, VW~LMi, RZ~Lyn, SW~Lyn, SX~Lyn, UV~Lyn, AH~Lyn, DE~Lyn, 
		EH~Lyn, AH~Lyr, DF~Lyr, DU~Lyr, EW~Lyr, FG~Lyr, FH~Lyr, GZ~Lyr, HY~Lyr, IP~Lyr, LZ~Lyr, NV~Lyr, 
		PY~Lyr, V400~Lyr, V401~Lyr, V406~Lyr, V412~Lyr, V574~Lyr, V579~Lyr, V582~Lyr, V592~Lyr, V594~Lyr, 
		V596~Lyr, $\beta$~Lyr, RW~Mon, UX~Mon, AQ~Mon, FS~Mon, HP~Mon, IZ~Mon, V380~Mon, V453~Mon, V530~Mon, 
		V864~Mon, V735 Oph, CQ~Ori, FT~Ori, FZ~Ori, BY~Peg, GP~Peg, V375~Peg, V404~Peg, V427~Per, V449~Per, 
		V450~Per, V482~Per, BR~Sge, CW~Sge, V384~Ser, TY~Tau, WY~Tau, EN~Tau, EO~Tau, EQ~Tau, GW~Tau, 
		V781~Tau, W~UMa, RW~UMa, TW~UMa, TX~UMa, TY~UMa, XY~UMa, AA~UMa, AF~UMa, AW~UMa, BH~UMa, BQ~UMa, 
		BS~UMa, DW~UMa, IW~UMa, LP~UMa, MQ~UMa, MS~UMa, OQ~UMa, RT~UMi, RU~UMi, VW~UMi, VY~UMi, AG~Vir, 
		AH~Vir, AW~Vir, AX~Vir, AZ~Vir, GR~Vir, XZ~Vul, AB~Vul, AT~Vul, AZ~Vul, BU~Vul, FQ~Vul, FW~Vul, 
		GO~Vul, GP~Vul, HI~Vul, HS~Vul, KN~Vul, NO~Vul, GSC~00124-00551, GSC~00278-00814, GSC~00279-00822, 
		GSC~00425-02297, GSC~00752-01971, GSC~00760-01355, GSC~01330-00239, GSC~01330-00287, GSC~01337-01137, 
		GSC~01383-01023, GSC~01383-01601, GSC~01403-00178, GSC~01478-00244, GSC~01721-01591, GSC~01864-01065, 
		GSC~01921-00251, GSC~01927-00862, GSC~02038-00293, GSC~02133-02623, GSC~02134-00821, GSC~02157-00014, 
		GSC~02161-01573, GSC~02411-01103, GSC~02415-00286, GSC~02423-00517, GSC~02572-00373, GSC~02606-00217, 
		GSC~02682-00817, GSC~03137-03322, GSC~03618-00307, GSC~03619-00768, GSC~03870-01172, GSC~04030-02020, 
		GSC~04500-00730, GSC~04828-00217, GSC~04845-01474, USNO-A2~0975-04179063, USNO-A2~0975-04180434, 
		USNO-A2~1200-02901360, USNO-A2~1200-02929233, USNO-A2~1200-02953024, USNO-A2~1200-02957976, 
		USNO-A2~1275-00811770, USNO-A2~1350-17859563, USNO-A2~1425-13411870, USNO-B1~1113-0494337, 
		USNO-B1~1416-0454010, USNO-B1~1505-0372164. \\ 

{\it Ibano\v{g}lu, C. et al.} (5 authors) 2012, MNRAS 419, 1472. (2bc, 5bdgh, 8a) Carbon deficiencies in the
 		primaries of the classical Algols: IM Aur, S Cnc, U Cep, GT Cep, U CrB, V548 Cyg, V1898 Cyg, TW
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{\it Kato, T. et al.} (78 authors) 2012, PASJ 64, 21. (1ao) Survey of period variations of superhumps in SU UMa-type 
		dwarf novae: FO And, V402 And, BG Ari, V496 Aur, TT Boo, GX Cas, HT Cas, V1504 Cyg, AW Gem, V844 Her, 
		MM Hya, V406 Hya, V344 Lyr, V1195 Oph, V1212 Tau, SW UMa, CI UMa, DV UMa, 1RXS J0038, 2QZ J2224,
		ASAS J0918, ASAS J1025, MisV 1443, RX J1715, SDSS J0732, SDSS J0803, SDSS J0804, SDSS J0812, SDSS 
		J0932, SDSS J1120, SDSS J1146, SDSS J1227, SDSS J1250, SDSS J1339, SDSS J1605, SDSS J2100, OT J0009, 
		OT J0120, OT J0141, OT J0413, OT J0431, OT J0442, OT J0648, OT J0754, OT J102616, OT J1027, OT J1200, 
		OT J1329, OT J1545, OY J2234, OT J2304. \\

{\it Kiminki, H.A. et al.} (5 authors) 2012, ApJ 747, 41. (2ou, 5de) Solutions of massive binaries in Cyg OB2 
		association: MT311, MT605, MT696, MT720, MT771 and Triple MT429. \\

{\it Kiron, Y.R., Sriram, K., Vivekananda Rao, P.} 2011, RAA 11, 1469. (1ao*, 5c) Photometric solutions of seven EW 
		contact binaries in the old open cluster Berkeley 39. \\

{\it Kotze, M.M., Charles, P.A.} 2012, MNRAS 420, 1575. (1x, 5cegi) Characterizing the long-term 
		variability of the x-ray binaries: V1343 Aql (SS433), V1405 Aql (X1916$-$053), V1408 Aql (X1957+115), 
		V801 Ara (X1636$-$536), V821 Ara (GX 339-4), V662 Cas (X0114+650), V779 Cen (Cen X-3), 
		UW CrB (MS 1603.6+2600), V1357 Cyg (Cyg X-1), V1341 Cyg (Cyg X-2), HZ Her (Her X-1), V818 Sco (Sco X-1), 
		UY Vol (EXO 0748$-$676), 2MASS J01170514$-$7326360 (SMC X-1), 4U 0520$-$72 (LMC X-2), 
		1RXS J053246.1$-$662203 (LMC X-4), 1RXS J053855.6$-$640457 (LMC X-3), IGR J17098$-$3628, XTE J1716$-$389,
		4U 1728$-$34 (GX 354-0), X1730$-$333, KS 1731$-$260, GRS 1747$-$312, X1820$-$303, X1907+097. \\

{\it Lacy, C.H.S.} 2012, IBVS No. 6014. (5a) Times of minima of EB: AP~And, V361~Cas, V381~Cas, V651~Cas, WW~Cep, 
		V1136~Cyg, BF~Dra, V501~Her, RW~Lac, AL~Leo, V506 Oph, IM~Per, NP~Per, V482~Per, V514~Per, AQ~Ser, 
		V335~Ser, TY~Tau, V1094~Tau, HY~Vir, BP~Vul, BT~Vul. \\

{\it Martignoni, M.} 2011, IBVS No. 6006. (5a) CCD Times of minima of EB: BO~Ari, GN~Boo, NSV~3744, V380~Gem, GU~Vul. \\

{\it Miller-Jones, J.C.A. et al.} (5 authors) 2011, ApJ 739, L18. (2dr) V518 Per (GRO J0422+32), KV UMa (XTE 
		J1118+480), V1033 Sgr (GRO J1655$-$40), Swift J1753.5$-$0127. \\

{\it Pandey, J.C., Singh, K.P.} 2012, MNRAS 419, 1219. (1x, 5cg, 8ab) Analysis of seven flares detected from five RS 
		CVn-type binaries: $\lambda$ And, EI Eri, $\sigma$ Gem, UZ Lib, V711 Tau. \\

{\it Pilecki, B., Stepien, K.} 2012, IBVS No. 6012. (5bd) LC modelling of short-period W~UMa-type stars:
		ASAS~033959+0314.5, ASAS~050837+0512.3, ASAS~050852+0249.3, ASAS~052452-2809.2, ASAS~061531+1935.4, 
		ASAS~085710+1856.8, ASAS~095048-6723.3, ASAS~120036-3915.6, ASAS~143751-3850.8, ASAS~144243-7418.7, 
		ASAS~155227-5500.6, ASAS~155906-6317.8, ASAS~174655 \\
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{\it Pirkhedri, A. et al.} (4 authors) 2012, AN 333, 237. (2ao$^*$, 5de, 7d) New artificial neural network (ANN) method 
		used to derive orbital elements of four SB2 systems ER~Vul, HD~27149, HD~143511, HD~152218. \\

{\it Ramsay, G. et al.} (7 authors) 2012, MNRAS 419, 2836. (1ao, 5cgi) Long-term optical behaviour of the
 		helium-accreting AM CVn binaries: CR Boo, HM Cnc, AM CVn, V803 Cen, ES Cet, GP Com, KL Dra, CP Eri,
		V396 Hya, V406 Hya, HP Lib, V407 Vul, SDSS J012940.05+384210.4, PTF1 J0719+4858, SDSS J080449.49+161624.8,
		SDSS J090221.35+381941.9, SDSS J092638.71+362402.4, SDSS J120841.96+355025.2, SDSS J124058.03$-$015919.2,
		SDSS J141118.31+481257.6, 2QZ J142701.6 \\
		$-$012310, SDSS J152509.57+360054.5, SDSS J155252.48+320150.9, SDSS J164228.06+193410.0, SDSS 
		J172102.48+273301.2, SDSS J190817.07+394036.4, SDSS J204739.40+000840.1. \\

{\it Rauw, G., Sana, H., Naz{\'e}, Y.} 2011, A\&A  535, A40.  (1ao*, 2ado, 5cde) A spectroscopic investigation of 
		early-type stars in the young open cluster Westerlund 2: V712 Car (WR 20a), EBs MSP 44, MSP 96, MSP 223, 
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{\it Rebassa-Mansergas, A. et al.} (7 authors) 2012, MNRAS 419, 806. (1ao*, 2abc, 5deg, 6ab)
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{\it Shin, I.-G. et al.} (158 authors) 2012, ApJ 746, 127. (1ao,6) Microlensing observations of 8 binary lensing 
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{\it Skopal, A. et al.} (7 authors) 2012, AN 333, 242. (1abo, 5cj) Results of long-term multicolour 
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{\it Stateva, I., Iliev, I.Kh., Budaj, J.} 2012, MNRAS 420, 1207. (2bc, 5degh) Abundance analysis of the
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{\it Sytov, A.Yu. et al.} (4 authors) 2011, ARep 55, 793. (8ad) Structure of the circumbinary envelopes of young 
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{\it Zasche, P.} 2012, AcA 62, 97 (5abcf) On the apsidal motion of 13 EBs. AR~CMa, OZ~Hya, V498~Mon, V521~Mon, 
		V684~Mon, V730~Mon, GV~Nor, NS~Nor, TZ~Pyx, V385~Sco, V629~Sco, V881~Sco, V1082~Sco. \\

{\it Zasche, P. et al.} (4 authors) 2011, IBVS No. 6007. (5a) Collection of minima: UU~And, WZ~And, V372~And, 
		V392~And, SU~Aqr, CZ~Aqr, DD~Aqr, $\sigma$~Aql, V803~Aql, V887~Aql, V1470~Aql, TX~Ari, AL~Ari, CL~Aur, 
		FO~Aur, V417~Aur, V560~Aur, AC~Boo, DV~Boo, EL~Boo, EM~Boo, ET~Boo, GU~Boo, SZ~Cam, AT~Cam, CV~Cam, 
		FZ CMa, BF~CMi, RS~CVn, DE~CVn, TX~Cas, CC~Cas, CR~Cas, DN~Cas, V389~Cas, V649~Cas, V772~Cas, 
		V785~Cas, V1018~Cas, AH~Cep, CO~Cep, CQ~Cep, EM~Cep, GT~Cep, LP~Cep, V338~Cep, V383~Cep, TV~Cet, 
		WY~Cet, KK~Com, KR~Com, VV Crt, SW~Cyg, GV~Cyg, V382~Cyg, V442~Cyg, V1187~Cyg, V1191~Cyg, V1193~Cyg, 
		V2154~Cyg, TY~Del, DM~Del, MR~Del, RX~Dra, WW~Dra, WX~Dra, BE~Dra, BV~Dra, CM~Dra, W Equ, QT~Gem, 
		GU~Her, V338~Her, V501~Her, V624~Her, V681~Her, V822~Her, V994~Her, KY~Hya, RT~Lac, AR~Lac, AU~Lac, 
		ES~Lac, V398~Lac, V401~Lac, V402~Lac, TX~Leo, FK~Leo, FM~Leo, FS~Leo, T LMi, VW LMi, IV Lib, DI~Lyn, 
		RV~Lyr, V412~Lyr, AO~Mon, IM~Mon, V450~Mon, V515~Mon, KO Nor, V451 Oph, V760 Oph, V2373 Oph, V2377 
		Oph, Z~Ori, VV~Ori, EF~Ori, V643~Ori, V1031~Ori, V1804~Ori, V1834~Ori,$\delta$~Ori, AW~Peg, KP~Peg, 
		KW~Peg, PU~Peg, V421~Peg, RW~Per, AG~Per, IQ~Per, IZ~Per, V511~Per, V572~Per, V578~Per, V592~Per, 
		$\beta$~Per, UV~Psc, EU~Psc, EY~Psc, UZ~Sge, RS~Sgr, XY~Sgr, V505~Sgr, BI~Ser, EQ~Tau, $\lambda$~Tau, 
		V1121~Tau, V1268~Tau, RS~Tri, AC~UMa, HV~UMa, LP~UMa, AZ~Vir, DL~Vir, HT~Vir, NY~Vir, 2MASS 
		J19071662+4639532, 2MASS J22435517+2936475, BD-22 5866, GSC~00143-01246, GSC~01588-00632, 
		GSC~02712-01201, GSC~04041-00673, GSC~04232-02830, GSC~04428-01574, GSC~04596-01254, HD~252984, 
		LP~133-374, NOMAD1 1322-0193464, NSVS~01286630, NSVS~2502726, NSVS~6507557, NSVS~7446320, 
		NSVS~10441882, NSVS~11868841. \\

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\section*{Proceedings of Conferences, Symposia, and Monographs}

{\bf Understanding Variable Stars}, {\it J.R. Percy}, 2011, Cambridge University Press (First paperback edition).

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\large IAU Commission 42\\[1mm] 
{\bf BIBLIOGRAPHY OF CLOSE BINARIES}\\[0.5ex] 
No. 94, July 2012\vspace{2mm}\\ 
\normalsize Editor-in-Chief: C.D. Scarfe\\[2mm] 
\end{center} 
\small 
\vspace{-3mm} 
Department of Physics and Astronomy \hfill Phone: +01 250 721-6521\\ 
University of Victoria \hfill Fax: +01 250 721-7715\\ 
Victoria, B.C., V8W 3P6, Canada \hfill scarfe@uvic.ca\\ 
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\end{document}
