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\begin{center}
\LARGE \vspace*{1.5cm}
International Astronomical Union\\
Commission 42\vspace{8mm}\\
BIBLIOGRAPHY OF CLOSE BINARIES\vspace{5mm}\\
No. 95\\[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 September 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 Tarasova, T.N., Skopal, A.} 2012, ARep 56, 218. (1b, 2d, 5gij) Formation of the disk 
		  and jets during periods of activity in 2006-2010. \\[0.5ex]

V455 And	& {\it Silvestri, N.M. et al.} (7 authors) 2012, AJ 144, 84. (1aou, 5i) Photometry three years 
		  after major dwarf nova outburst. \\[0.5ex]

V515 And	& {\it Kozhevnikov, V.P.} 2012, MNRAS 422, 1518. (1bo, 5b) Two coherent os- \\
(XSS J00564+4548)& cillations with accurate periods corresponding to WD spin period
		  with orbital sideband detected in IP system. \\[0.5ex]
		  
AE Aqr 		& {\it Ikhsanov, N.R., Beskrovnaya, N.G.} 2012, ARep 56, 595. (8cd) AE Aqr represents a new 
		  subclass of CVs. \\
		& {\it Oruru, B., Meintjes, P.J.} 2012, MNRAS 421, 1557. (1x*, 5ij) Soft thermal
		  x-ray emission is pulsed at spin period of WD; flares due to sporadic accretion. \\[0.5ex]
		  
EF Aqr		& {\it Vos, J. et al.} (7 authors) 2012, A\&A  540, A64. (1ao, 2ao, 5abcdeh) \\[0.5ex]   

FO Aqr		& {\it Pek\"on, Y., Balman, S.} 2012, AJ 144, 53. (2dx, 5i) X-ray spectroscopy over orbital cycle. 
		  \\[0.5ex]

V1333 Aql	& {\it Sakurai, S. et al.} (7 authors) 2012, PASJ 64, 72. (2dx, 5i) Accretion \\
(Aql X-1)	& geometry in soft/hard states. \\[0.5ex]

V1343 Aql       & {\it Bisnovatyi-Kogan, G.S., Krivosheev, Yu.M.} 2012, ARep 56, 167. (8d) A \\
(SS 433)	& study of jet heating mechanisms with application to microquasar. \\
		& {\it Khabibullin, I.I., Sazonov, S.Yu.} 2012, AstL 38, 443. (2x*c, 8bd)  X-ray line formation in 
		  SS 433. \\
		& {\it Volkov, I.} 2012, IBVS No. 6022. (1a, 5b) SS433 in active state in 2011. \\[0.5ex]

V 1413 Aql	& {\it Kolotilov, E.A. et al.} (5 authors) 2012, AstL 38, 468. (1coi, 5c) New activity cycle of 
		  classical symbiotic star. \\[0.5ex]

V1487 Aql	& {\it Neilsen, J., Petschek, A.J., Lee, J.C.} 2012, MNRAS 421, 502. (1x, 2dx, \\
(GRS 1915+105)	& 5ij) Wind-jet interaction of microquasar observed. \\
		& {\it Neilsen, J., Remillard, R.A., Lee, J.C.} 2012, ApJ 750, 71. (2dx) Explanation of diversity 
		  in x-ray LCs. \\ 
		& {\it Polyakov, Y.S., Nielsen, J., Timashev, S.F.} 2012, AJ 143, 148. (5i, 7a) Stochastic variability 
		  of x-ray emission. \\
		& {\it Ratti, E.M., Belloni,T.M., Motta, S.E.} 2012, MNRAS 423, 694. (1x, 5bcgi) On the harmonics of 
		  the low-frequency QPO. \\[0.5ex]

V1494 Aql 	& {\it Helton, L.A. et al.} (10 authors) 2012, ApJ 755, 37. (2io, 5h) Elemental abundances. \\[0.5ex] 

V801 Ara	& {\it Sanna, A. et al.} (4 authors) 2012, MNRAS 424, 2936. (1x*, 5bcgi) Det- \\  
(4U 1636$-$53)	& ection of kilohertz QPOs. \\[0.5ex]

V821 Ara	& {\it Buxton, M.M. et al.} (7 authors) 2012, AJ 143, 130. (1aoi, 5g) Long-term \\
(GX 339-4)	& monitoring of transitions between hard and soft states. \\
		& {\it Cassatella, P. et al.} (4 authors) 2012, MNRAS 422, 2407. (1x, 5cgi, 8a) Joint 
		  spectral-timing modelling of the hard lags. \\ 
		& {\it Nandi, A. et al.} (4 authors) 2012, A\&A  542, A56. (2dx*, 5i) 2010-11 outburst of the 
		  HMXB. \\
		& {\it Rahoui, F. et al.} (9 authors) 2012, MNRAS 422, 2202. (1rx, 2bcio, 5cdghi) 		
	 	  A comprehensive multiwavelength study with a focus on the OIR spectral continuum. \\[0.5ex]

$\epsilon$ Aur  & {\it Mourard, D. et al.} (19 authors) 2012, A\&A 544, 91. (2c) A high angular and spectral 
		  resolution view into the hidden companion. \\[0.5ex]

RW Aur  	& {\it Bisikalo, D.V. et al.} (6 authors) 2012, ARep 56, 686. (4c, 5i) Reverse rotation of the 
		  AD: observations and a physical model. \\
		& {\it Dodin, A.V., Lamzin, S.A., Chuntonov, G.A.} 2012, AstL 38, 167. (2ac, 5gi) Magnetic 
		  field. \\[0.5ex]

ZZ Boo		& {\it Kang, Y.-W. et al.} (5 authors) 2012, AJ 144, 35. (2d, 5gh) Abundances of 
		  elements not the same in each component. \\[0.5ex]

CK Boo		& {\it Yang, Y.-G., Qian, S.B., Soonthornthum, B.} 2012, AJ 143, 122. (1ao, 5abc) 
		  Contact binary with possible magnetic activity and third body. \\[0.5ex]

Z Cam		& {\it Saitou, K. et al.} (4 authors) 2012, PASJ 64, 88. (1x, 2dx, 5i) X-ray spectroscopy at the 
		  onset of an optical outburst. \\[0.5ex]

BQ Cam 		& {\it Sasaki, M. et al.} (5 authors) 2012, A\&A  540, A35. (2dx, 5i) X-ray pul- \\
(V 0332+53)	& sar profiles, geometry and beam pattern in the HMXB.  \\[0.5ex]
  
V470 Cam	& {\it Beuermann, K. et al.} (23 authors) 2012, A\&A  540, A8. (5ab) Search \\
(HS 0705+6700)	& for companions to post-common envelope binaries.  \\[0.5ex]
 
CU Cnc		& {\it Qian, S.-B. et al.} (10 authors) 2012, MNRAS 423, 3646. (1ao, 5cg) Discovery of optical 
		  flares and flaring oscillations. \\[0.5ex]

Z CMa           & {\it Canovas, H. et al.} (5 authors) 2012, A\&A 543, 70. (3b, 8b) Constraining the circumbinary 
		  envelope via imaging polarimetry. \\[0.5ex]

CZ CMi		& {\it Kriwattanawong, W., Pooseekheaw, P.} 2012, RAA 12, 1291. (1ao, 5abc) \\
(GSC 0763-0572)	& LC analysis and period change. \\
		& {\it Wang, J.-J. et al.} (9 authors) 2012, PASJ 64, 83. (1ao, 5abce) LC analysis and period 
		  study. \\[0.5ex]

$\eta$ Car	& {\it Abramowski, A. et al.} (193 authors) 2012, MNRAS 424, 128. (1g, 5cg) HESS 
		  observations of the Carina nebula and its enigmatic colliding wind binary $\eta$ Carinae. \\
		& {\it Groh, J.H. et al.} (4 authors) 2012, MNRAS 423, 1623. (2bcou, 5deg, 8a) 2D radiative
		  transfer modelling of the ultraviolet and optical spectra. \\[0.5ex]

GG Car		& {\it Marchiano, P. et al.} (6 authors) 2012, A\&A  540, A91. (2ao, 5dg) \\[0.5ex]
  
OY Car		& {\it Copperwheat, C.M. et al.} (9 authors) 2012, MNRAS 421, 149. (2acoi, 5dik)
		  Metal lines of donor star and AD of eclipsing dwarf nova used to derive RV curve
		  of secondary and distorted disc. \\[0.5ex]
		  
V395 Car	& {\it Ashcraft, T.A., Hynes, R.I., Robinson, E.L.} 2012, MNRAS 424, 620. \\
(2S 0921$-$630)	& (1aio, 5bcegi) Results of optical and infrared photometric monitoring. \\[0.5ex]

AZ Cas		& {\it Galan, C. et al.} (10 authors) 2012, IBVS No. 6027. (1a, 6d) Call for observations of 
		  eclipse and periastron passage of 2012-2014. \\[0.5ex]

DZ Cas		& {\it Yang, Y.-G., Li, L.-H., Dai, H.-F.} 2012, AJ 144, 50. (1ao, 5abc) Algol 
		  with probable light-time effect from third body. \\[0.5ex]

V615 Cas	& {\it Massi, M., Ros, E., Zimmermann, L.}  2012, A\&A  540, A142. (4cr) VLBA \\
(LS I +61$^{\circ}$303) & images of the HMXB precessing jet. \\[0.5ex]

V635 Cas	& {\it Sasaki, M. et al.} (5 authors) 2012, A\&A  540, A35. (2dx, 5i) X-ray pul- \\
(4U 0115+63)	& sar profiles, geometry and beam pattern in the HMXB. \\[0.5ex]

V850 Cen 	& {\it Klochkov, D. et al.} (13 authors) 2012, A\&A  542, L28. (2dx, 5i) Outburst \\
(GX 304-1)	& in HMXB. \\[0.5ex]
 
\newpage

V1258 Cen	& {\it Savoury, C.D.J. et al.} (7 authors) 2012, MNRAS 422, 469. (2aoi, 5de) \\
(CTCV J1300$-$3052) & Absorption lines of secondary star of eclipsing CV measured; absolute component masses found 
		  with Monte Carlo technique in good agreement with photometric solution. \\[0.5ex]
		  
EE Cep          & {\it Galan, C. et al.} (90 authors) 2012, A\&A 544, 53. (6b) International observational 
		  campaigns of the last two eclipses: 2003 and 2008/9. \\[0.5ex]

YY Cet		& {\it Williamon, R.M., Sowell, J.R.} 2012, PASP 124, 411. (1bo, 2a*, 5a*bcde) 
		  Short-period Algol system. \\[0.5ex]

DX Cha 		& {\it Fumel, A., B\"{o}hm, T.} 2012, A\&A  540, A108. (2do) Herbig Ae star with \\
(HD 104237)	& K3 close companion. Non-radial pulsations, mode analysis, and fundamental parameters. \\[0.5ex] 

AF Crt		& {\it Van Winckel, H. et al.} (5 authors) 2012, A\&A  542, A53. (1ao, 2adoi, 5h) \\ 
(IRAS 11472$-$0800) & Extremely depleted pulsating binary post-AGB star. \\[0.5ex]
  
BP Cru		& {\it Ikhsanov. N.R., Beskrovnaya N.G.} 2012, ARep 56, 589. (8d) Signs of \\
(GX 301-2)	& magnetic accretion in x-ray pulsars. \\
		& {\it Ikhsanov, N.R., Finger, M.H.} 2012, ApJ 753, 1. (1x*) Magnetic accretion 
		  present? \\[0.5ex] 

SS Cyg 		& {\it Revnivtsev, M.G. et al.} (8 authors) 2012, AstL 38, 238. (1a, 5i) On the change of the 
		  inner boundary of an optically thick AD around WDs using the dwarf nova SS Cyg as an example. \\
		& {\it Voikhanskaya, N.F.} 2012, AstBu 67, 216. (9) On the distance to CVs: SS Cygni. \\[0.5ex]

CG Cyg  	& {\it Kozhevnikova, A.V. et al.} (5 authors) 2012, ARep 56, 281. (1b, 5cg) Observations of spot 
		  activity during maximum spottedness. \\[0.5ex]

V407 Cyg	& {\it Nelson, T. et al.} (5 authors) 2012, ApJ 748, 43. (1aou, 2dx) Observed during outburst. \\
		& {\it Shore, S.N. et al.} (7 authors) 2012, A\&A  540, A55. (2cdox) Symbiotic-like recurrent nova 
		  during the 2010 outburst. \\[0.5ex]  

V1357 Cyg	& {\it Fabian, A.C. et al.} (12 authors) 2012, MNRAS 424, 217. (1x, 5ceg) De-\\
(Cyg X-1)  	& termination of the spin from x-ray reflection spectra. \\
		& {\it Zdziarski, A.A.} 2012, MNRAS 422, 1750. (1r*, 5ij) Orbital modulation of
		  radio emission provides constraints on structure of inner jet. \\
		& {\it Zdziarski, A.A., Lub\'{i}nski, P., Sikora, M.} 2012, MNRAS 423, 663. (1gx, 5cg, 8a)
		  Study of the average x-ray and soft $\gamma$-ray spectrum in the hard spectral state. \\[0.5ex]

V1521 Cyg	& {\it Corbel, S. et al.} (19 authors) 2012, MNRAS 421, 2947. (1gxr, 5ij) Multi- \\
(Cyg X-3)	& wavelength campaign during quenched state with radio, soft x-ray and high
		  $\gamma$-ray flux, ended by giant radio flare; connection to accretion processes and
		  relativistic jets proposed. \\
		& {\it Sitarek, J., Bednarek, W.} 2012, MNRAS 421, 512. (1g) Study of $\gamma$-rays from
		  inner jet of microquasar and their interaction with AD. \\
		& {\it Zdziarski, A.A. et al.} (6 authors) 2012, MNRAS 421, 2956. (1gxr, 5j)
		  Study of $\gamma$-ray emitting jet. \\[0.5ex]
		  
V1974 Cyg 	& {\it Helton, L.A. et al.} (10 authors) 2012, ApJ 755, 37. (2io, 5h) Elemental abundances. \\[0.5ex] 

V2028 Cyg 	& {\it Polster, J. et al.} (7 authors) 2012, A\&A  542, A57. (2ado) Star displaying the B[e] 
		  phenomenon.  \\[0.5ex]
  
V2083 Cyg	& {\it Zasche, P., Svoboda, P., \v{S}lechta, M.} 2012, MNRAS 421, 1196.
		  (1ao, 2ao, 5bcd) First LC and RV analysis of triple system. \\[0.5ex]
		  
BB Dor		& {\it Schmidtobreick, L. et al.} (6 authors) 2012, MNRAS 422, 731. (2ao) H$\alpha$ satellite emission 
		  during low state of SW~Sex-type CV ascribed to irradiated surface areas of secondary. \\[0.5ex]
		  
AG Dra		& {\it Formiggini, L., Leibowitz, E.M.} 2012, MNRAS 422, 2648. (1aou*, 5cdegk) Analysis of 
		  historical optical LC. \\[0.5ex]

BF Dra		& {\it Lacy, C.H.S. et al.} (5 authors) 2012, AJ 143, 129. (1ao, 2ao, 5abcdef) \\[0.5ex]

CM Dra 		& {\it Kuznetsov, M.K. et al.} (4 authors)  2012, AASP 2, 15. (2ac, 5g) Physical parameters of 
		  the components. \\
		& {\it MacDonald, J., Mullan, D.J.} 2012, MNRAS 421, 3084. (8a) Precise modelling of
		  dM4.5+dM4.5 EB including magnetic fields and spots. \\
		& {\it Spada, F., Demarque, P.} 2012, MNRAS 422, 2255. (1ao, 2bco, 5cdeg, 8a) Modelling the
		  components of the system. \\[0.5ex]

EF Dra 		& {\it Yang, Y.-G.} 2012, RAA 12, 419. (1ao, 5abc) LC analysis and period study. \\[0.5ex]

FU Dra 		& {\it Liu, L. et al.} (6 authors) 2012, PASJ 64, 48. (1ao, 5abce) LC analysis and period 
		  study. \\[0.5ex]

CP Eri		& {\it Armstrong, E., Patterson, J., Kaup, J.} 2012, MNRAS 421, 2310. (1ao, 5bc)
		  Precise superhump and orbital periods of AM~CVn system determined. \\[0.5ex]
		  
YY Gem		& {\it Hussain, G.A.J. et al.} (6 authors) 2012, MNRAS 423, 493. (1x, 5ceg, 8ab) 
		  Chandra study of the binary. \\[0.5ex]

SZ Her		& {\it Hinse, T.C. et al.} (5 authors) 2012, AJ 144, 34. (8a) Orbit models indicate proposed 
		  quadruple system would be unstable. \\[0.5ex]

CC Her 		& {\it Liakos, A., Niarchos, P.} 2012, Ap\&SS 340, 281. (1a, 2c, 5c, 8c) New photometric and 
		  spectroscopic study: physical parameters and evolutionary status. \\[0.5ex]

HZ Her		& {\it Igna, C.D., Leahy, D.A.} 2012, MNRAS 425, 8. (1x, 5ei, 8a) Production \\
(Her X-1)	& of light-curve dips through accretion. \\[0.5ex]

V795 Her	& {\it {\v S}imon, V. et al.} (5 authors) 2012, A\&A  540, A15. (1ao, 5i) Cycles in the CV. \\[0.5ex]
   
V1034 Her 	& {\it  Zhang, L.-Y.} 2012, RAA 12, 438. (1ao, 5abc) LC analysis with surface spots and activity 
		  relation of short-period RS CVn binaries. \\[0.5ex]

V1067 Her	& {\it Lohr, M.E. et al.} (6 authors) 2012, A\&A  542, A124. (1ao, 5b) Period \\ 
(1SWASP J174310.98+432709.6) & decrease in EB candidate near the short-period limit. \\[0.5ex]
  
AV Hya		& {\it Yang, Y.-G., Li, L.-H., Dai, H.-F.} 2012, AJ 144, 50. (1ao, 5abc) Algol 
		  with probable light-time effect from third body. \\[0.5ex]

HS Hya		& {\it Zasche, P., Paschke, A.} 2012, A\&A  542, L23. (1abo, 5c) EB about to turn off its eclipses. 
		  \\[0.5ex]
   
AR Lac		& {\it Lu, Y., Xiang, F.-U., Shi, X.-Mi.} 201, PASJ 64, 84. (5a*b) A study of period 
		  variation.\\[0.5ex]

CM Lac		& {\it Liakos, A., Niarchos, P.} 2012, Ap\&SS 340, 281. (1a, 2c, 5c, 8c) New photometric and 
		  spectroscopic study: physical parameters and evolutionary status. \\[0.5ex]

UV Leo		& {\it Manzoori, D.} 2012, Astron. Nachr. 333, 256. (1ao$^*$, 5cef) LC analysis of
		  spotted Algol-type EB yields absolute parameters and age; cyclic period variations
		  suggest presence of third body. \\[0.5ex]
		  
$\beta$ Lyr	& {\it Lomax, J.R. et al.} (5 authors) 2012, ApJ 750, 59. (1aio, 2do) Geometrical constraints on 
		  hot spot. \\[0.5ex] 

MV Lyr		& {\it Scaringi, S. et al.} (6 authors) 2012, MNRAS 421, 2854. (1ao$^*$, 5i) Linear
		  rms-flux relation of accreting WD in CV similar to that of x-ray binaries. \\[0.5ex]
		  
V447 Lyr	& {\it Ramsay, G. et al.} (7 authors) 2012, MNRAS 425, 1479. (1ao, 2bc, 5bcd, 8a) 
		  Results from {\it Kepler} observations. \\[0.5ex]

V524 Mon	& {\it He, J.-J., Wang, J.-J., Qian, S.-B.} 2012, PASJ 64, 85. (1ao, 5abc) LC analysis and period 
		  study. \\[0.5ex]

$\nu$ Oct	& {\it Quarles, B., Cuntz, M., Musielak, Z.E.} 2012, MNRAS 421, 2930. (8a) Theoretical
		  study of stability of suggested planet in K-type binary system. \\[0.5ex]
		  
V2216 Oph	& {\it Mukherjee, A., Bhattacharyya, S.} 2012, ApJ 756, 55. (1x) Decline of QPO \\
(4U 1728$-$16)	& frequency with higher energies for LMXBs. \\[0.5ex]

V1647 Ori	& {\it Semkov, E.H., Peneva, S.P.} 2012, IBVS No. 6025. (1ao) VRcIc LCs during the second 
		  outburst. \\[0.5ex]

RU Peg		& {\it Dunford, A., Watson, C.A., Smith, R.C.} 2012, MNRAS 422, 3444. (2abo, 5degi, 8a)
		  Roche tomography of the secondary star. \\[0.5ex]

IM Peg		& {\it Bietenholz, M.F. et al.} (6 authors) 2012, ApJS 201, 7. (1r, 2r, 4c) VLBI evolution of the 
		  radio structure. \\
		& {\it Ransom, R.R. et al.} (7 authors) 2012, ApJS 201, 6. (1ao, 4c) Gravity probe B determination of 
		  proper motion and parallax. \\
		& {\it Ratner, M.I. et al.} (7 authors) 2012, ApJS 201, 5. (1r, 2r, 4c) VLBI analysis of the orbit 
		  and the source. \\[0.5ex]

X Per		& {\it Doroshenko, V. et al.} (4 authors) 2012, A\&A  540, L1. (2dx*, 5ij) Accret- \\ 
(4U 0352+309)	& ing pulsar in orbit around Be star. \\[0.5ex]

CK Per		& {\it Shara, M. et al.} (6 authors) 2012, AJ 143, 143. (2d, 4ab, 5j) HST obser- \\ 
(Nova 1901)	& vations of ejecta show details. \\[0.5ex]

HO Psc		& {\it Samec, R.G. et al.} (5 authors) 2012, PASP 124, 693. (1ao, 2b, 5abc) New EB 
		  that came into contact recently. \\[0.5ex]

UU Sge  	& {\it Shimansky, V.V. et al.} (4 authors) 2012, ARep 56, 456. (1a, 5cg) Observations of 
		  eclipses. \\[0.5ex]

9 Sgr  		& {\it Rauw, G. et al.} (9 authors) 2012, A\&A  542, A95. (2do,  5d) Uncovering an 8.6-year period 
		  O-type SB. \\[0.5ex]
   
V4046 Sgr 	& {\it Argiroffi, C. et al.} (14 authors) 2012, ApJ 752, 100. (1x, 2x) Rotationally modulated 
		  emission from accretion shocks. \\[0.5ex]

V393 Sco	& {\it Mennickent, R.E. et al.} (4 authors) 2012, MNRAS 421, 862. (1aoi, 5bci)
		  LC anaysis of double-periodic variable. \\[0.5ex]

V818 Sco 	& {\it Hynes, R.I., Britt, C.T.} 2012, ApJ 755, 66. (1ao, 5b) Precise ephemeris \\ 
(Sco X-1)  	& determined. \\[0.5ex] 

V1033 Sco	& {\it Neilsen, J., Homan, J.} 2012, ApJ 750, 27. (2dx) Suggest hybrid magnet- \\
(GRO J1655$-$40) & ically/thermally driven wind. \\
		& {\it Zhang, S.-N., Liao, J., Yao, Y.} 2012, MNRAS 421, 3550. (1x, 2ac) BH mass of LMXB measured 
		  from absorption lines originating in AD wind. \\[0.5ex]
		  
V1151 Sco	& {\it Mace, G.N. et al.} (6 authors) 2012, AJ 144, 55. (2ao, 5d) Triple system. \\ 
(NTTS 155808$-$2219) & \\[0.5ex]

MY Ser		& {\it De Becker, M. et al.} (5 authors) 2012, MNRAS 423, 2711. (4co, 5ceg, \\ 
(HD 167971)	& 8a) Resolving the two wide components. \\[0.5ex]

NP Ser		& {\it Lin, D. et al.} (4 authors) 2012, ApJ 756, 34. (1x, 2x) Spectral evolution \\
(GX 17+2)  	& of NS XRB. \\[0.5ex] 

GV Tau		& {\it Wilking, B.A. et al.} (6 authors) 2012, ApJ 753, 143. (1r, 4c) Evidence \\
(Haro 6-10)	& for a subarcsecond binary. \\[0.5ex] 

V471 Tau 	& {\it Sion, E.M. et al.} (7 authors) 2012, ApJ 751, 66. (2du, 5gi) Study of magnetically 
		  controlled accretion onto the WD. \\[0.5ex] 

KZ TrA		& {\it Iwakiri, W.B. et al.} (10 authors) 2012, ApJ 751, 35. (2cdx) Suggest very \\
(4U 1626$-$67)	& dense plasma close to surface of Be star. \\[0.5ex] 

65 UMa		& {\it Zasche, P. et al.} (7 authors) 2012, A\&A  542, A78. (1ao, 2ao, 5bcde) Sextuple system with 
		  EBs and SBs. \\[0.5ex]
 
SU UMa 		& {\it Imada, A. et al.} (7 authors) 2012, PASJ 64, L5. (1ao) Discovery of superhumps during an 
		  isolated normal outburst. \\[0.5ex]

ER UMa 		& {\it Ohshima, T. et al.} (22 authors) 2012, PASJ 64, L3. (1ao, 5i) Discovery of ``negative'' 
		  superhumps during a superoutburst. \\[0.5ex]

V382 Vel 	& {\it Helton, L.A. et al.} (10 authors) 2012, ApJ 755, 37. (2io, 5h) Elemental abundances. \\[0.5ex]

BF Vir 		& {\it Zhu, L., Qing, S.-B., Li. L.} 2012, PASJ 64, 94.
                   (1ao, 5ab) New period study. \\[0.5ex]

HW Vir          & {\it Beuermann, K. et al.} (4 authors) 2012, A\&A 543, 138. (8c) The quest for companions to 
		  post-common envelope binaries III. A reexamination of HW Vir. \\[0.5ex]

UY Vol 		& {\it Paul, B., Archana, M., Saripalli, L.} 2012, BASI 40, 93. (1aox*) Detection \\
(EXO 0748$-$676) & of a large number of optical bursts simultaneous with the thermonuclear x-ray bursts. \\[0.5ex]

BS Vul		& {\it Zhu, L.-Y. et al.} (6 authors) 2012, AJ 144, 37. (1ao, 5abc) Near-contact EB. \\[0.5ex]

V458 Vul 	& {\it Rajabi, S. et al.} (9 authors) 2012, ApJ 755, 158. (1i, 2i, 4c) Interferomet- \\ 
(Nova 2007) 	& ric study of classical nova. \\[1cm]
 
%\newpage

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

HR 6497		& {\it Griffin, R.E.M., Griffin, R.F.} 2012, Astron. Nachr. 333, 613. (2aobc, 5abde)
		  Spectroscopic analysis of triple system consisting of outer G8~III giant and close 
		  inner B9.5+B9.5 binary. \\[0.5ex]
		  
HD 23052	& {\it Scarfe, C.D., Griffin, R.F.} 2012, RMxAA 48, 257. (2ao, 5d) Solar analogue 
		  SB1. \\[0.5ex]

HD 32297	& {\it Boccaletti, A. et al.} (9 authors) 2012, A\&A 544, 85. (5i) Morphology of the very inclined 
		  debris disk around HD 32297. \\[0.5ex]

HD 50230	& {\it Degroote, P. et al.} (17 authors) 2012, A\&A  542, A88. (1ao, 2ado, 5c, 6b) Hybridly 
		  pulsating SB2. \\[0.5ex]
  
HD 50870	& {\it Mantegazza, L. et al.} (17 authors) 2012, A\&A  542, A24. (1ao, 2do) $\delta$ Scuti-type SB 
		  seen almost pole-on. \\[0.5ex]

HD 90512	& {\it Scarfe, C.D., Griffin, R.F.} 2012, RMxAA 48, 257. (2ao, 5d) Giant SB1 with 
		  nearly circular orbit, P$\sim$100 d. \\[0.5ex]

HD 104237	& (see DX Cha) \\[0.5ex]

HD 110432 	& {\it Torrejon, J.M., Schulz, N.S, Nowak, M.A.} 2012, ApJ 750, 75. (2dx) Study of magnetically 
		  controlled accretion onto the WD. \\[0.5ex] 

HD 142527 	& {\it Biller, B. et al.} (14 authors) 2012, ApJ 753, L38. (1i, 4c) Low-mass companion of disk 
		  star. \\[0.5ex] 

HD 150136	& {\it Mahy, L. et al.} (7 authors) 2012, A\&A  540, A97. (2ado, 5dek) A physically bound third 
		  component in O-type star system. \\[0.5ex]

HD 163296       & {\it Fedele, D. et al.} (8 authors) 2012, A\&A 544, 9. (5i) Warm H$_2$O and OH in the disk 
		  around Herbig star. \\[0.5ex]

HD 167971	& (see MY Ser) \\[0.5ex]

HD 215227	& {\it Casares, J. et al.} (6 authors) 2012, MNRAS 421, 1103. (2ao, 5d) Spec- \\
(MWC 656)	& troscopy of optical counterpart MWC~656 of $\gamma$-ray source suggests
		  compact companion in eccentric orbit; orbital elements derived. \\[0.5ex]

HDE 259440	& {\it Casares, J. et al.} (6 authors) 2012, MNRAS 421, 1103. (2ao, 5d) Spec- \\
(MWC 148)	& troscopy of optical counterpart MWC~148 of $\gamma$-ray source suggests
		  compact companion in eccentric orbit; orbital elements derived. \\[0.5ex]
		  
HDE 327083	& {\it Wheelwright, H.E. et al.} (5 authors) 2012, A\&A 543, 77. (2c) AMBER and CRIRES 
		  observations of binary sgB[e] star: evidence of a gaseous disk traced by CO bandhead emission.  
		  \\[0.5ex]

BD +53$^{\circ}$2790 & {\it Reig, P., Torrej\'{o}n, J.M., Blay, P.} 2012, MNRAS 425, 595. \\
(4U 2206+54)	 & (1gx, 5bceg) Investigation of spin evolution. \\[0.5ex]

BD +46$^{\circ}$442 & {\it Gorlova, N. et al.} (12 authors) 2012, A\&A  542, A27. (2ado, 5gj) Gas streams and jet 
		  creation in evolved binary with a disk. \\[0.5ex]

BD +39$^{\circ}$1560 & {\it Fleming, S.W. et al.} (62 authors) 2012, AJ 144, 72. (2ad, 5d, 6b) Low- \\
(TYC 2930-872-1) & mass companion and possible third star. \\[0.5ex]

CPD $-$63$^{\circ}$2495 & {\it Khangulyan, D. et al.} (4 authors) 2012, ApJ 752,L17. (1g) Analysis of \\
(PSR B1259$-$63) & $\gamma$-ray flare from PSR binary. \\
		& {\it Takata, J., et al.} (10 authors) 2012, ApJ 750, 70. (5c) Model of high energy LCs. \\[1cm] 

%\newpage

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

Aql X-1		& (see V1333 Aql) \\[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-3		& (see 1RXS J053855.6$-$640457) \\[0.5ex]

Sco X-1		& (see V818 Sco) \\[1cm]

%\newpage

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

2MASS J00244419$-$2708242 & {\it K{\"o}hler, R., Ratzka, T., Leinert, C.} 2012, A\&A  541, A29. (4b) Orbits and \\ 
(LHS 1070)	& masses in the multiple system. Star A may be a binary. \\
		& {\it Rajpurohit, A.S. et al.} (11 authors) 2012, A\&A 545, 85. (8c) Very low mass multiple 
		  system - a testbed for model atmospheres for the lower end of the main sequence. \\[0.5ex]
  
XSS J00564+4548 & (see V515 And) \\[0.5ex]

XMMU J010633.1$-$731543	& {\it Coe, M.J. et al.} (9 authors) 2012, MNRAS 424, 282. (1aiox, 2bc, 5cdg, 6bc) A new 
		  Be/x-ray binary system. \\[0.5ex]

XMMU J010743.1$-$715953	& {\it Coe, M.J. et al.} (9 authors) 2012, MNRAS 424, 282. (1aiox, 2bc, 5cdg, 6bc) A new 
		  Be/x-ray binary system. \\[0.5ex]

ASAS J011328$-$3821.1 & {\it Haislip, J.B. et al.} (5 authors) 2012, MNRAS 425, 1245. (1ao, 2abc, 5cdge, 8a) 
		  Orbital and physical parameters. \\[0.5ex]

4U 0115+63	& (see V635 Cas) \\[0.5ex]

2MASS J01411638+6121185 & {\it Galan, C. et al.} (8 authors) 2012, IBVS No. 6028. (1a, 5b, 6b) New EB \\
(GSC 4031-0791) & of Algol type. \\[0.5ex]

2MASS J03093252+4252387 & {\it Koo, J.R. et al.} (5 authors) 2012, PASP 124, 559. (1ao, 2a, 5abcde, 6b) \\    
(GSC 2855-0585)	& New EB near V432 Per. \\[0.5ex]

V 0332+53	& (see BQ Cam) \\[0.5ex]

4U 0352+309	& (see X Per) \\[0.5ex]

RX J0440.9+4431 & {\it La Palombara, N. et al.} (5 authors) 2012, A\&A 539, 82. (1a,2x) XMM-Newton observations of
                   persistent Be/NS x-ray binary pulsar. \\
		& {\it Tsygankov, S.S., Krivonos, R.A., Lutovinov, A.A.} 2012, MNRAS 421, 2407. (1x) INTEGRAL and 
		  RXTE observations of Be/x-ray binary pulsar during outburst give estimate of NS magnetic field 
		  strength of $3.2 \times 10^{12}$~G. \\[0.5ex]
		  
1RXS J053855.6$-$640457 & {\it Smale, A.P., Boyd, P.T.} 2012, ApJ 756, 146. (1x*,2x*) Anomalous low \\
(LMC X-3) 	& states and long term variability. \\
		& {\it Zhang, S.-N., Liao, J., Yao, Y.} 2012, MNRAS 421, 3550. (1x, 2ac)
		  BH mass of HMXB measured from absorption lines originating in AD wind. \\[0.5ex]
		  
SSTISAGEMC J053857.30$-$690709.5 & {\it Dunstall, P.R. et al.} (10 authors) 2012, A\&A  542, A50. (1abo*, 2dox, \\
(VFTS 698)	& 5g, 6b) Peculiar Be-like supergiant in interacting binary orbiting a veiled, more massive 
		  companion. \\[0.5ex]   

IGR J05414$-$6858 & {\it Sturm, R. et al.} (10 authors) 2012, A\&A  542, A109. (1ao*, 2b, 2dox) HMXB in the LMC 
		  with a probable 19.9-day orbital period. \\[0.5ex]

IGR J06074+2205	& {\it Simon, A.O., Bondar, A.V., Metlova, N.V.}  2012, PZ 32, 5. (2c, 5i) Spectroscopic evidence 
		  for appearance of a new decretion disk. \\[0.5ex]

PSR J0610$-$2100 & {\it Pallanca, C. et al.} (8 authors) 2012, ApJ 755, 180. (1ao) ESO VLT recovery of optical 
		  companion to ms PSR. \\[0.5ex] 

2MASS J06541234+6021314 & {\it Wisniewski, J.P. et al.} (45 authors) 2012, AJ 143, 107. (2ado, 5de) Sol- \\
(TYC 4110-1037-1) & ar-type star with very low-mass stellar companion. \\[0.5ex]

MXB 0656$-$072  & {\it Yan, J. et al.} (5 authors) 2012, ApJ 753, 73. (1ax, 2ox) Multi-wavelength study of HMXRB. 
		  \\[0.5ex]

HS 0705+6700	& (see V470 Cam) \\[0.5ex]

PSR J0737$-$3039 & {\it Ferraro, F.R. et al.} (13 authors) 2012, ApJ 749, 84. (1ao) Constraint on the optical 
		  emission. \\
		& {\it Yuen, R. et al.} (7 authors) 2012, ApJ 752, L32. (1r) Changes in polarization angle 
		  across the eclipse of a binary pulsar. \\[0.5ex] 

EXO 0748$-$676	& (see UY Vol) \\[0.5ex]

DASCH J075731.1+201735 & {\it Tang, S. et al.} (7 authors) 2012, ApJ 751, 99. (1co*, 1ao, 2ao) Possible nova-like 
		  activity in archival data. \\[0.5ex] 

2MASS J09142593+1853543 & {\it Samec, R.G. et al.} (5 authors) 2012, Observatory 132, 98. (1ao, 5abc) \\
(TYC 1404-1687-1) & Extreme mass-ratio contact binary. \\[0.5ex]

2S 0921$-$630	& (see V395 Car) \\[0.5ex]

SDSS J092646.88+132134.5 & {\it Dobbie, P.D. et al.} (8 authors) 2012, MNRAS 421, 202.
		  (1ao$^*$, 2abc, 4a, 5dehj, 6b) Discovery of double-degenerate binary with
		  non-magnetic DA WD and highly magnetic WD (SDSS J092647.00+132138.4) components;
		  WD masses derived and evolutionary history discussed. \\[0.5ex]
		  
PG 1018$-$047	& {\it Deca, J. et al.} (10 authors) 2012, MNRAS 421, 2798. (2aco, 5bd)
		  sdB+K dwarf binary with longest orbital period known (759 d); possible
		  formation channels discussed. \\[0.5ex]
		  
2MASS J10501366$-$0000323 & {\it Clem, J.L., Landolt, A.U.} 2012, PASP 124, 535. (1ao, 5abc) Contact binary in the 
		  field of UY Sex. \\[0.5ex]

IRAS 11472$-$0800 & (see AF Crt) \\[0.5ex]

SDSS J121130.94$-$024954.4 & {\it Rebassa-Mansergas, A. et al.} (13 authors) 2012, MNRAS 423, 320. (2abc, 5bdeg, 
		  8ac) Study of post-common envelope binaries from. \\[0.5ex]

SDSS J125044.42+154957.3 & {\it Breedt, E. et al.} (7 authors) 2012, MNRAS 423, 1437. (1ao, 2abc, 5bcdeg, 8c) 
		  Evolutionary state. \\[0.5ex]

PSR B1259$-$63	& (see CPD $-$63$^{\circ}$2495) \\[0.5ex]
 
CTCV J1300$-$3052 & (see V1258 Cen) \\[0.5ex]

CXOU J132527.6$-$430023	& {\it Burke, M.J. et al.} (21 authors) 2012, ApJ 749, 112. (2dx, 6b) Compact object 
		  likely is a BH rather than a NS. \\[0.5ex] 

1SWASP J133105.91+121538.0 & {\it Lohr, M.E. et al.} (6 authors) 2012, A\&A  542, A124. (1ao, 5b) Period decrease 
		  in EB candidate near the short-period limit. \\[0.5ex]

WDS J14545+1606B & {\it Kenworthy, M.A., Scuderi, L.J.} 2012, ApJ 752,131. (1ai) IR observations \\
(Gliese 569b)	& of binary brown dwarf. \\[0.5ex] 

SDSS J150746.48+521002.1 & {\it Dobbie, P.D. et al.} (8 authors) 2012, MNRAS 421, 202. (1ao*, 2abc, 4a, 5dehj, 6b) 
		  Discovery of double-degenerate binary with non-magnetic DA WD and highly magnetic WD (SDSS 
		  J150746.80+520958.0) components; WD masses derived and evolutionary history discussed. \\[0.5ex]

SDSS J151415.65+074446.5 & {\it Breedt, E. et al.} (7 authors) 2012, MNRAS 423, 1437. (1ao, 2abc, 5bcdeg, 8c) 
		  Evolutionary state. \\[0.5ex]

MAXI J1543$-$564 & {\it Stiele, H. et al.} (4 authors) 2012, MNRAS 422, 679. (1x) Spectral-timing
		  analysis during faint outburst of BH x-ray binary candidate. \\[0.5ex]
		  
CXOPS J154305.5$-$522709 & {\it Servillat, M. et al.} (6 authors) 2012, ApJ 748, 32. (2dx, 5e) Measurement of 
		  mass and radius of NS. \\[0.5ex] 

2S 1553$-$542	& {\it Pahari, M., Pal, S.} 2012, MNRAS 423, 3352. (1gx, 5cegi, 8a) Analysis of observations of 
		  recent flaring activity. \\[0.5ex]

NTTS 155808$-$2209 & (see V1151 Sco) \\[0.5ex]

RX J1602.8+2520	& {\it Dal, H.A., Sipahi, E., \"Ozdarcan, O.} 2012, PASA 29, 523. (1o, 5c) Spot \\
(GSC 2038-0293)	& model and magnetic activity. \\[0.5ex]

4U 1626$-$67	& (see KZ TrA) \\[0.5ex]

IGR J16318$-$4848 & {\it Chaty, S., Rahoui, F.} 2012, ApJ 751, 150. (2dir) Probed the material surrounding the 
		  supergiant. \\[0.5ex] 
	
4U 1636$-$53	& (see V801 Ara). \\[0.5ex]

XTE J1650$-$500	& {\it Walton, D.J. et al.} (5 authors) 2012, MNRAS 422, 2510. (1x, 5cg, 8a)  
			Similarity of broad iron lines in the binary and active galactic nuclei. \\[0.5ex]

GRO J1655$-$40	& (see V1033 Sco) \\[0.5ex] 

OAO 1657$-$415	& {\it Mason, A.B. et al.} (8 authors) 2012, MNRAS 422, 199. (2ai, 5d) Near IR spectroscopy of HMXB 
		  yields dynamically determined NS mass of 1.42 M$_{\odot}$ and donor star mass of 14.3 M$_{\odot}$; 
		  formation and evolutionary state discussed. \\[0.5ex]
		  
IGR J17091$-$3624 & {\it Capitanio, F. et al.} (6 authors) 2012, MNRAS 422, 3130. (1x, 5bcgi) The peculiar 
		  2011 outburst. \\
		 & {\it Rebusco, P. et al.} (4 authors) 2012, A\&A  540, L4. Period doubling and non-linear 
		  resonance in BH candidate. \\[0.5ex]
 
PSR J1719$-$1438 & {\it Horvath, J.E.} 2012, RAA 12, 813. (8a) An exotic quark object rather than a light 
		  helium/carbon WD for the compact companion. \\
		& {\it van Haaften, L.M. et al.} (4 authors) 2012, A\&A  541, A22. (8d) Companion in 2.2 h orbit 
		  likely a He or CO WD.  \\[0.5ex]
  
SDSS J172406+562003 & {\it Shimansky, V.V. et al.} (6 authors)  2012, ARep 56, 441. (1a, 2ac, 5bcdeg) 
		  Intermediate-age pre-CV. \\[0.5ex]

4U 1728$-$16	& (see V2216 Oph) \\[0.5ex]

KS 1731$-$260 	& {\it Ozel, F., Gould, A., Guver, T.} 2012, ApJ 748, 5. (1ai, 2do, 6d) New CV. \\[0.5ex] 

PSR J1738+0333	& {\it Antoniadis, J. et al.} (8 authors) 2012, MNRAS 423, 3316. (1ao, 2abc, 5cdeg, 8a)  
		  Mass determination and evolutionary history. \\
		& {\it Freire, P.C.C. et al.} (10 authors) 2012, MNRAS 423, 3328. (1r, 5ceg, 8a)  
		  Results of a 10-year timing campaign.\\[0.5ex]

XTE J1739$-$302	& {\it Farinelli, R. et al.} (9 authors) 2012, MNRAS 424, 2854. (1gx, 5cgi, 8a)  
		  Results from observations of the most recent outbursts. \\[0.5ex]

H 1743$-$322  	& {\it Altamirano, D., Strohmayer, T.} 2012, ApJ 754, L23. (1x, 2x) BH binary with QPOs seen in NS 
		  binaries. \\
		& {\it Miller-Jones, J.C.A. et al.} (18 authors) 2012, MNRAS 421, 468. (1rx, 4ac)
		  Jet ejection in outburst of galactic BH candidate x-ray binary resolved. \\[0.5ex]
		  
1SWASP J174310.98+432709.6 & (see V1067 Her) \\[0.5ex]

1RXS J174320.1$-$042953 & {\it Denisenko, D.V., Martinelli, F.}  2012, PZ 32, 3. (1a, 5c) Study of CV.  \\[0.5ex]

1A 1744$-$361	& {\it Gavriil, F.P., Strohmayer, T.E., Bhattacharyya, S.}  2012, ApJ 753, 2. (2x, 5h) Fe XXIV 
		  absorption line. \\[0.5ex] 

EXO 1745$-$248	& {\it Barret, D.} 2012, ApJ 753, 84. (1x, 2x) kHz QPOs in x-ray transients in Terzan 5. \\
		& {\it Degenaar, N., Wijnands, R.} 2012, MNRAS 422, 581. (1x, 5i) Strong x-ray
		  variability during quiescent state of LMXB with NS component found. \\
		& {\it Serino, M. et al.} (8 authors) 2012, PASJ 64, 91. (1x, 2dx) X-ray detection of a 
		  superburst. \\[0.5ex]
		  
IGR J17473$-$2721 & {\it Chen, Y-P. et al.} (5 authors) 2012, ApJ 752, L34. (1x, 2x) Corona on NS XRB. \\[0.5ex] 

1RXS J174755.8$-$263352 & {\it Piraino, S. et al.} (10 authors) 2012, A\&A  542, L27. (2dx, 5ei) Relativis- \\
(GX 3+1)	& tic iron emission line from the NS in the LMXB. \\[0.5ex]

IGR J17480$-$2446 & {\it Barret, D.} 2012, ApJ 753, 84. (1x, 2x) kHz QPOs in x-ray transients in Terzan 5. \\[0.5ex] 

Swift J1749.4$-$2807 & {\it Degenaar, N., Patruno, A., Wijnands, R.} 2012, ApJ 756, 148. (1x, 2x) Accreting MS x-ray
		  pulsar-EB. \\[0.5ex]  

SAX J1750.8$-$2900 & {\it Lowell, A.W. et al.} (9 authors) 2012, ApJ 749, 111. (2dx) May contain the hottest, 
		  most luminous NS known. \\[0.5ex] 

IGR J17511$-$3057 & {\it Paizis, M.A. et al.} (7 authors) 2012, ApJ 755, 52. (1x, 2x) Chandra observations of 
		  bursting ms x-ray pulsar. \\[0.5ex] 

IGR J17544$-$2619 & {\it Farinelli, R. et al.} (9 authors) 2012, MNRAS 424, 2854. (1gx, 5cgi, 8a)  
		  Results from observations of the most recent outbursts. \\[0.5ex]

1RXS J180108.7$-$250444 & {\it Sriram, K., Choi, C.S., Rao, A.R.} 2012, ApJS 200, 16. (1x, 2x) Possible \\
(GX 5-1)	& evidence for a truncated AD. \\ [0.5ex]

PSR J1816+4510	& {\it Kaplan, D.L. et al.} (24 authors) 2012, ApJ 753, 174. (1agoru) Companion to ms pulsar 
		  studied. \\ [0.5ex]

XTE J1817$-$330 & {\it Sriram, K., Rao, A.R., Choi, C.S.} 2012, A\&A  541, A6. (2dx*, 5i) Fast transition of 
		  type-B QPOs in the BH transient. \\[0.5ex]

MAXI J1836$-$194 & {\it Reis, R.C., et al.} (5 authors) 2012, ApJ 751, 34. (2cdx) Identify compact object as BH. 
		  \\[0.5ex] 
	
AX J1841.0$-$0536 & {\it Kawabata Nobukawa, K. et al.} (4 authors) 2012, PASJ 64, 99. (1x, 2dx) X-ray detection of 
		  many short flares and a large flare. \\[0.5ex]

4U 1907+09	& {\it \c{S}ahiner, \c{S}., Inam, \c{S}.C., Baykal, A.} 2012, MNRAS 421, 2079. (1x*)
		  Pulse period history of accretion powered pulsar revised; orbital phase-dependent H
		  column density and x-ray flux. \\[0.5ex]
		  
2MASS J19083956+3922369 & {\it Lehmann, H. et al.} (5 authors) 2012, A\&A  541, A105. (1ao*, 2ao, 5cde) \\
(KIC 4247791)	& A quadruple system with two EBs. \\[0.5ex]

GRS 1915+105	& (see V1487 Aql). \\[0.5ex]

2MASS J19225242$-$4832106 & {\it L\'opez-Santiago, J., Stelzer, B., Saxton, R.} 2012, PASP 124, 682. (1x, \\
(TYC 8380-1953-1) & 2abde, 5g, 6b) New chromospherically active binary found first by x-ray observations. \\[0.5ex]

2MASS J19293152+3804359 & {\it Armstrong, D. et al.} (10 authors) 2012, A\&A 545, 4. (7b) A transiting \\
(KIC 2856960)	& companion to EB detected. \\[0.5ex]

2MASS J19365001+4201436	& {\it Silvottil, R. et al.} (20 authors) 2012, MNRAS 424, 1752. (1a, 2a, 5abcde, \\
(KIC 6614501)	& 8a) Orbital properties. \\[0.5ex]

2MASS 19383260+4603591 & {\it Bartow, B.N., Wade, R.A., Liss, S.E.} 2012, ApJ 753, 101. (1oi*, 5abc) Analysis of 
		  Kepler photometry yields R{\/o}mer delay and mass ratio of sdB+dM EB. \\[0.5ex]

2MASS J19495420+4106514 & {\it Spada, F., Demarque, P.} 2012, MNRAS 422, 2255. (1ao, 2bco, 5cdeg, 8a) \\ 
(KOI-126)	& Modelling the components of the system. \\[0.5ex]

SWIFT J1955+2614 & {\it \v{S}imon, V. et al.} (12 authors) 2012, MNRAS 422, 981. (1aoi, 5j)
		  Optical synchrotron emission and flares of ultracompact x-ray binary after
		  $\gamma$-ray burst in 2007. \\[0.5ex]
		  
RE J2013+4002	& {\it Shimansky, V.V. et al.} (6 authors) 2012, ARep 56, 441. (1a, 2ac, 5abcdeg) Intermediate-age 
		  pre-CV. \\[0.5ex]

2MASS J20200045+0437564 & {\it Almeida, L.A. et al.} (4 authors) 2012, MNRAS 423, 478. (1aio, 2a, \\	
(NSVS 14256825)	& 5abcdeg, 8a) Photometric and spectroscopic study. \\
		& {\it Beuermann, K. et al.} (23 authors) 2012, A\&A  540, A8. (5ab) Search for companions to 
		  post-common envelope binaries. \\
		& {\it Kilkenny, D., Koen, C.} 2012, MNRAS 421, 3238. (1bo, 5ab) Orbital period
		  of eclipsing sdB+dM binary is rapidly increasing. \\[0.5ex]
		   
4U 2206+54 	& (see BD +53$^{\circ}$2790) \\[0.5ex]

SDSS J222108.45+002927.7 & {\it Rebassa-Mansergas, A. et al.} (13 authors) 2012, MNRAS 423, 320. 
		  (2abc,5bdeg, 8ac)Study of post-common envelope binaries from. \\[0.5ex]

2MASS J22455869+5628318 & {\it Samec, R.G. et al.} (7 authors) 2012, IBVS No. 6035. (1a, 5abc, 6bd) \\
(GSC 3992-2510) & UBVRI photometry of near contact EB. \\[0.5ex]

1SWASP J234401.81$-$212229.1 & {\it Lohr, M.E. et al.} (6 authors) 2012, A\&A  542, A124. (1ao, 5b) Period 
		  decrease in EB candidate near the short-period limit. \\[0.5ex]   
 
2MASS J23461047+7129554 &{\it Kozyreva, V.S., Kusakin, A.V., Menke, J.} 2012, IBVS No. 6020. (1a, \\
(GSC 4487-0347) & 5abcf) Apsidal motion in eccentric EB. \\[1cm]

%\newpage

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

Gliese 569b 	& (see WDS J14545+1606B) \\[0.5ex]

GRS 1915+105	& (see V1487 Aql) \\[0.5ex]

GSC 0763-0572	& (see CZ CMi) \\[0.5ex]

GSC 2038-0293   & (see RX J1602.8+2520) \\[0.5ex]

GSC 2855-0585	& (see 2MASS J03093252+4252387) \\[0.5ex]

GSC 3992-2510	& (see 2MASS J22455869+5628318) \\[0.5ex]
 
GSC 4031-0791	& (see 2MASS J01411638+6121185) \\[0.5ex]
 
GSC 4487-0347	& (see 2MASS J23461047+7129554) \\[0.5ex]

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

GX 5-1 		& (see RXS J180108.7$-$250444) \\[0.5ex]

GX 17+2 	& (see NP Ser) \\[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]

Haro 6-10 	& (see GV Tau) \\[0.5ex]

Holmberg II X-1 & {\it Kajava, J.J.E. et al.} (4 authors) 2012, MNRAS 422, 990. (1x, 2dx, 5i)
		  Ultraluminous x-ray source with possible stellar-mass BH component. \\[0.5ex]
		  
KIC 2856960	& (see 2MASS J19293152+3804359) \\[0.5ex]

KIC 2991403	& {\it Pablo, H. et al.} (19 authors) 2012, MNRAS 422, 1343. (1ao) KEPLER data
		  of close sdB+dM binary used for asteroseismologic analysis of pulsating
		  sdB component; sdB star rotates much slower than in synchronized case. \\[0.5ex]
		   
KIC 4247791	& (see 2MASS J19083956+3922369) \\[0.5ex]

KIC 6614501	& (see 2MASS J19365001+4201436) \\[0.5ex]

KIC 11179657	& {\it Pablo, H. et al.} (19 authors) 2012, MNRAS 422, 1343. (1ao) KEPLER data
		   of close sdB+dM binary used for asteroseismologic analysis of pulsating
		   sdB component; sdB star rotates much slower than in synchronized case. \\[0.5ex]
		   
KOI-126		& (see 2MASS J19495420+4106514) \\[0.5ex]

LHS 1070	& (see 2MASS J00244419$-$2708242) \\[0.5ex]

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

MOA-2011-BLG-090 & {\it Shin, I-G. et al.} (130 authors) 2012, ApJ 755, 91. (1ao) Low-mass binary system (M-type) 
		  observed in gravitational microlensing events. \\[0.5ex]

MWC 148		& (see HDE 259440) \\[0.5ex]

MWC 656		& (see HD 215227) \\[0.5ex]

NGC 188 5438	& {\it Griffin, R.F.} 2012, AJ 144, 51. (2a*, 5d) Alternative orbit provides improved fit to data. 
		  \\[0.5ex]

NGC 1291	& {\it Luo, B., et al.} (10 authors) 2012, ApJ 749, 130. (2dx, 6b)  Discovery of likely XRBws in 
		  galaxy. \\[0.5ex] 

NGC 6652	& {\it Stacey, W.S., et al.} (5 authors) 2012, ApJ 751, 62. (1ax) Detection, discovery of XRB's 
		  in globular cluster. \\[0.5ex] 

NGC 6791        & {\it Brogaard, K. et al.} (14 authors) 2012, A\&A 543, 106. (5h) Age and helium content of the 
		  open cluster NGC 6791 from multiple EB members. II. Age dependencies and new 
		  insights.  \\[0.5ex]

NIK 1		& {\it Barclay, T. et al.} (5 authors) 2012, MNRAS 422, 1219. (1ao, 5c, 6b)
		  New dwarf nova of SU~UMa type found from KEPLER observations 7 arcsec from
		  2MASS J19394843+3927236 (KIC 4378554); superoutburst with superhumps covered. \\[0.5ex]
		   
NSVS 14256825	& (see 2MASS J20200045+0437564) \\[0.5ex]

OGLE-2007-BLG-514 & {\it Miyake, N. et al.} (81 authors) 2012, ApJ 752, 82. (1ao, 2o) Binary system observed in 
		  gravitational microlensing event. \\[0.5ex]

OGLE-2011-BLG-417 & {\it Shin, I-G. et al.} (130 authors) 2012, ApJ 755, 91. (1ao) Low-mass binary system (M-type) 
		  observed in gravitational microlensing event. \\[0.5ex]

OGLE-BLG-RRLYR-02792 & {\it Pietrzy{\'n}ski, G. et al.} (17 authors) 2012, Nature 484, 75. (2ado, 5bcde) 
		  RR Lyrae-type pulsations from a 0.26-solar mass star in a detached, double-lined EB. \\[0.5ex]

PNG135.6+01.0	& {\it Seigel, M.H. et al.} (5 authors) 2012, AJ 144, 65. (1aou, 6b) Central giant star found to 
		  have hot companion. \\[0.5ex]

PTF 11kx	& {\it Dilday, B. et al.} (35 authors) 2012, Science 337, 942. (2cdo, 5gi) Type Ia SN with a 
		  symbiotic nova progenitor. \\[0.5ex]

SN2011fe	& {\it Liu, J. et al.} (4 authors) 2012, ApJ 749, 141. (1ao, 2dx) Attempt to identify the 
		  progenitor of Type Ia SN in M 101. \\[0.5ex]
 
SS 433		& (see V1343 Aql) \\[0.5ex]

TYC 1404-1687-1 & (see 2MASS J09142593+1853543) \\[0.5ex]

TYC 2930-872-1	& (see BD +39$^{\circ}$1560) \\[0.5ex]

TYC 4110-1037-1 & (see 2MASS J06541234+6021314) \\[0.5ex]

TYC 8380-1953-1 & (see 2MASS J19225242$-$4832106) \\[0.5ex]

UCAC2 31686238	& {\it Clem, J.L., Landolt, A.U.} 2012, PASP 124, 535. (1ao, 5abc) Contact binary in the field of 
		UY Sex. \\[0.5ex]

VFTS 698	& (see SSTISAGEMC J053857.30$-$690709.5) \\[1cm]

%\newpage


\end{longtable}
%\newpage

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

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

{\it Adams, E.R. et al.} (6 authors) 2012, AJ 144, 42. Adaptive optics detects contaminating 
		close companions ot Kepler objects. \\

{\it Allen, P.R. et al.} (4 authors) 2012, AJ 144, 62. Low-mass companions to SBs sought with 
		2MASS common-proper-motion survey. \\

{\it Anglada-Escud\'e, G. et al.} (14 authors) 2012, PASP 124, 586. Absorption cells for precise 
		RVs in K band. \\

{\it Augustson, K.C. et al.} (5 authors) 2012, ApJ 756, 169. Convection and differential rotation in F-type stars. 
		(8a) \\

{\it Badenes, C., Maoz, D.} 2012, ApJ 749, L11. (8c) Merger rate of binary WDs in the galactic disk. \\

{\it Barkov, M.V., Khangulyan, D.V.} 2012, MNRAS 421, 1351. Direct wind accretion and jet launch in binary 
		systems. \\

{\it Barnard, R. et al.} (7 authors) 2012, ApJ 756, 32. Period distribution of x-ray binaries in M31. (9) \\

{\it Beuther, H., Linz, H., Henning, Th.} 2012, A\&A 543, 88. (5i) The high-mass disk candidates NGC 7538IRS1 and 
		NGC 7538S. \\

{\it Blondin, S. et al.} (12 authors) 2012, AJ 143, 126. Spectroscopic diversity of type Ia SNe. \\

{\it Bonaca, A. et al.} (27 authors) 2012, ApJ 755, L12. Mixing-length parameter should vary with stellar 
		properties. (8a) \\

{\it Bukowiecki, L. et al.} (4 authors) 2012, IBVS No. 6021. Period-age correlations for EBs in 
		stellar clusters. \\

{\it Cannon, K. et al.} (14 authors) 2012, ApJ 748, 136. (7abcd) Detection of gravity waves from CB 
		coalescence. \\

{\it Cagas, P., Pejcha, O.} 2012, A\&A 544, 3. (2c) Discovery of a double EB with periods near a 
		3:2 ratio. \\

{\it Chatzopoulos, E., Robinson, E.L., Wheeler, J.C.} 2012, ApJ 755, 95. Rotationally induced mixing affects
		evolution of solar-type binaries and single stars. (8a) \\

{\it Chen, X. et al.} (4 authors) 2012, ApJ 755, L9. Constraints on double-degenerate progenitors for type Ia 
		SNe. (8a) \\

{\it Church, R.P. et al.} (4 authors) 2012, MNRAS 425, 470. The properties of long $\gamma$-ray bursts in 
		massive compact binaries. \\

{\it Claret, A.} 2012, A\&A 541, A113. Gravity-darkening exponents and apsidal-motion constants for 
		pre-main-sequence models. \\
  
{\it Coriat, M., Fender, R.P., Dubus, G.} 2012, MNRAS 424, 1991. Revisiting a fundamental test of the disc 
		instability model for x-ray binaries. \\

{\it De Vito, M.A., Benvenuto, O.G.} 2012, MNRAS 421, 2206. The evolution of low-mass CBs with a NS component: a 
		detailed grid. \\
	
{\it Dieterich, S.B. et al.} (5 authors) 2012, AJ 144, 64. Multiplicity study of nearby stars 
		indicates scarcity of brown-dwarf companions. \\

{\it Domingos, R.C., Winter, O.C., Carruba, V.} 2012, A\&A 544, 63. (8b) Mean motion resonances and the stability 
		of a circumbinary disk in a triple stellar system. \\

{\it Eldridge, J.J.} 2012, MNRAS 422, 794. Stochasticity, a variable stellar upper mass limit, binaries and star 
		formation indicators. \\
	
{\it Faghei, K.} 2012, JApA 33, 9. Self-similar solutions for viscous and resistive advection-dominated accretion 
		flows. \\

{\it Falceta-Gon\c{c}alves, D., Abraham, Z.} 2012, MNRAS 423, 1562. MHD numerical simulations of colliding 
		winds in massive binary systems. I. Thermal versus non-thermal radio emission. \\

{\it Fender, R., Belloni, T.} 2012, Science 337, 540. Stellar-mass BHs and ultraluminous x-ray sources. \\

{\it Fern\'andez, J.F. et al.} (4 authors) 2012, PASP 124, 507. New method for differentisl 
		photometry. \\

{\it Fuller, J., Lai, D.} 2012, MNRAS 421, 426. Dynamical tides in compact WD binaries: tidal synchronization and 
		dissipation. \\
	
{\it Geier, S. et al.} (18 authors) 2012, Astron. Nachr. 333, 431. MUCHFUSS -- Massive unseen companions to hot 
		faint underluminous stars from SDSS. \\
        
{\it Geller, A.M., Mathieu, R.D.} 2012, AJ 144, 54. Statistical properties of NGC 188 binaries. \\

{\it Gies, D.R. et al.} (7 authors) 2012, AJ 143, 137. Search for hierarchical triples using 
		Kepler eclipse timing. \\

{\it Groenewegen, M.A.T.} 2012, A\&A 543, 36. (8ac) An extension of the DUSTY radiative transfer code and an 
		application to OH 26.5 and TT Cygni. \\

{\it Guenther, E.W. et al.} (6 authors) 2012, A\&A 543, 125. (2c) Multi-object spectroscopy of stars in the CoRoT 
		fields. II. The stellar population of the CoRoT fields IRa01, LR01a01, LRa02, and LRa06. \\

{\it Ishibashi, W., Courvoisier, T.J.-L.}  2012, A\&A  540, L2. The physical origin of the x-ray power spectral 
		density break timescale in accreting BHs. \\  

{\it Janiuk, A., Misra, R.} 2012, A\&A 540, A114.  Stabilization of radiation pressure dominated ADs through 
		viscous fluctuations. \\
  
{\it Jiang, D. et al.} (5 authors) 2012, MNRAS 421, 2769. The short-period limit of contact binaries. \\
	
{\it Justham, S., Schawinski, K.} 2012, MNRAS 423, 1641. Another thread in the tapestry of stellar feedback: 
		x-ray binaries. \\

{\it Kai, T., Arai, K.} 2012, Ap\&SS 341, 359. (5i) On the prescriptions of viscosity in an AD model. \\

{\it Kasliwal, M.M.} 2012, PASA 29, 482. Systematically bridging the gap between novae and supernovae. \\

{\it Kastner, J.H. et al.} (26 authors) 2012, AJ 144, 58. Chandra x-ray observations of PNe may 
		indicate high frequency of binary central stars. \\

{\it Kato, S.} 2012, PASJ 64, 78. Trapped, two-armed, nearly vertical oscillations in disks with toroidal magnetic 
		fields II: Effects of finite thickness. \\

{\it Kato, T., Maehara, H., Uemura, M.} 2012, PASJ 64, 63. Characterization of dwarf novae using SDSS colours. \\

{\it Korntreff, C., Kaczmarek, T., Pfalzner, S.} 2012, A\&A 543, 126. (8a) Towards the field binary population: 
		influence of orbital decay on CBs. \\

{\it Kotko, I., Lasota, J.-P} 2012, A\&A 545, 115. (5i) The viscosity parameter $\alpha$ and the properties of 
		accretion disc outbursts in CBs. \\

{\it Kowalska, I., Bulik, T., Belczynski, K.} 2012, A\&A  541, A120.  Gravitational wave background from 
		Population III coalescing compact binaries. \\
 
{\it Krawczynski, H.} 2012, ApJ 754, 133. Strong gravity test for GR in BH XRBs not distinguishable. (8) \\

{\it Langer, N.} 2012, ARA\&A 50, 107. Presupernova evolution of massive single and binary stars. \\
	
{\it Linden, T., Valsecchi. F., Kalogera, V.} 2012, ApJ 748, 114. (8c) An explanation for the rarity of XRBs with 
		naked He donors. \\

{\it Linder, N. et al.} (5 authors) 2012, A\&A  541, 2. The Struve-Sahade effect in the optical spectra of O-type 
		binaries. I. Main-sequence systems (Corrigendum). Erratum of: A\&A 474, 193 (2007) \\
  
{\it Linnell, A.P., DeStefano, P., Hubeny, I.} 2012, PASP 124, 885. A publicly available program 
		for simulating spectra and LCs of binaries with or without ADs. \\

{\it Longland, R. et al.} (5 authors) 2012, A\&A  542, A117. Lithium production in the merging of WD stars. \\
 
{\it Lutovinov, A.A., Grebenev, S.A., Tsygankov, S.S.} 2012, AstL 38, 492. Luminosity function of HMXBs and 
		anisotropy in the distribution of AGNs toward the LMC. (9x) \\

{\it Maoz, D., Mannucci, F.} 2012, PASA 29, 447. Type-Ia supernova rates and the progenitor problem: A review. \\

{\it Marzari, F.} 2012, MNRAS 421, 3431. Interstellar medium perturbations on transport-dominated debris discs in 
		binary star systems. \\
	
{\it Matt, S.P. et al.} (4 authors) 2012, ApJ 754, L26. Magnetic-braking formulation for Sun-like stars. (8d) \\

{\it Meeus, G. et al.} (18 authors) 2012, A\&A 544, 78. (2c) Observations of Herbig Ae/Be stars with 
		Herschel/PACS. The atomic and molecular contents of their protoplanetary discs.  \\

{\it Mendigutia, I. et al.} (7 authors) 2012, A\&A 543, 59. (5i) Accretion-related properties of Herbig Ae/Be 
		stars. Comparison with T Tauris. \\

{\it Moeckel, N., Veras, D.} 2012, MNRAS 422, 831. Exoplanets bouncing between binary stars. \\
	
{\it Montgomery, M.M.} 2012, ApJ 753, L27. Disk tilt, warp, precession of SU UMa-type systems. (5i, 8a) \\

{\it Noaz, S., Farr, W.M.} 2012, ApJ 754, L36. Formation of Jupiters in binary stellar systems. (8a) \\

{\it Ogilvie, G.I., Lesur, G.} 2012, MNRAS 422, 1975. On the interaction between tides and convection. \\

{\it Oskinova, L.M., Feldmeier, A., Kretschmar, P.} 2012, MNRAS 421, 2820. Clumped stellar winds in supergiant 
		HMXBs: x-ray variability and photoionization. \\
	
{\it Osten, R.A. et al.} (4 authors) 2012, ApJ 754, 4. Flaring stars and binaries in the galactic bulge. (9) \\

{\it Pan, K.C., Ricker, P.M, Taam, R.E.} 2012, ApJ 750, 151. (8c) Impact of type Ia SN ejecta on companions. \\

{\it Parker, R.J., Goodwin, S.P.} 2012, MNRAS 422, 1975. The same, but different: stochasticity in binary 
		destruction. \\

{\it Patruno, A.} 2012, ApJ 753, L12. Magnetic field burial models explain lack of pulsar pulsations in LMXBs. 
		(8ad) \\

{\it Pe'er, A., Markoff, S.} 2012, ApJ 753, 177. Transient BH jet model. (8ad) \\

{\it Penner, A.J. et al.} (5 authors) 2012, ApJ 749, L36. (8c) Crustal failure of NSs during spiral infall. \\

{\it Piro, R.L.} 2012, ApJ 755, 80. Magnetic interactions in coalescing NS binaries. (8a) \\

{\it Revnivtsev, M.G., Zolotukhin, I.Y., Meshcheryakov, A.V.} 2012, MNRAS 421, 2846. Period-luminosity relation 
		for persistent LMXBs in the near IR. \\
	
{\it Rivero Gonzalez, J.G. et al.} (4 authors) 2012, A\&A 543, 95. (2c) Nitrogen line spectroscopy in O-stars. 
		III. The earliest O-stars. \\

{\it Romanova, M.M. et al.} (4 authors) 2012, MNRAS 421, 63. MRI-driven accretion on to magnetized stars: global 
		3D MHD simulations of magnetosheric and boundary layer regimes. \\
	
{\it Sana, H. et al.} (10 authors) 2012, Science 337, 444. (9) Binary interaction dominates the evolution of 
		massive stars. \\
  
{\it Sanna, N. et al.} (6 authors) 2012, MNRAS 422, 1171. The blue straggler star population in NGC~6229. \\
	
{\it Semena, A.N., Revnivtsev, M.G.} 2012, AstL 38, 321. Estimation of plasma parameters in an accretion column 
		near the surface of accreting WDs from their flux variability. (8d) \\

{\it Shah, S., van der Sluys, M., Nelemans, G.} 2012, A\&A 544, 153. (7b) Using electromagnetic observations to 
		aid gravitational-wave parameter estimation of compact binaries observed with LISA. \\

{\it Shao, Y., Li, X-D.} 2012, ApJ 756, 85. Formation of MS pulsars from XRBs. (8a, 9) \\

{\it Shaposhnikov, N.} 2012, ApJ 752, L25. The nature of QPO phase lags. (8a) \\

{\it Shen, K.J. et al.} (4 authors) 2012, ApJ 748, 35. (8c) A model for long-term evolution of double WD mergers. \\

{\it Shibahashi, H., Kurtz, D.W.} 2012, MNRAS 422, 738. FM stars: a Fourier view of pulsating binary stars, a new 
		technique for measuring RVs photometrically. \\
	
{\it Singh, J., Umar, A.} 2012, AJ 143, 123. Automated classification of 2165 Kepler EBs. \\

{\it Smith, J.C. et al.} (11 authors) 2012, PASP 124, 1000. Bayesian approach to systematic 
		error correction. \\

{\it Stepien, Gazeas, K.} 2012, AcA, 62, 153-177. Evolution of low-mass contact binaries. \\

{\it Stumpe, M.C. et al.} (11 authors) 2012, PASP 124, 985. Algorithms for correcting errors in 
		Kepler LCs. \\

{\it Tokovinin, A. et al.} (4 authors) 2012, AJ 144, 7. Adaptive optics reveals sub-arc-second 
		companions to nearby stars showing astrometric acceleration. \\

{\it Tsalmantza, P., Hogg, D.W.} 2012, ApJ 753, 122. Double redshift finder. (2io*, 7c) \\

{\it Tyndall, A.A. et al.} (5 authors) 2012, MNRAS 422, 1804. A study of the kinematics and binary-induced shaping 
		of the planetary nebula HaTr4. \\
	
{\it Uemura, M. et al.} (4 authors) 2012, PASJ 64, 92. Reconstruction of the structure of ADs in dwarf novae from 
		the multi-band LCs of early superhumps. \\

{\it Vanbeveren, D., Mennekens, N., De Greve, J.P.} 2012, A\&A 543, 4. (5h) The effect of intermediate-mass CBs 
		on the chemical evolution of globular clusters. \\

{\it van Haaften, L.M., Voss, R., Nelemans, G.} 2012, A\&A 543, 121. (1x, 6c) Long-term luminosity behavior of 14 
		ultracompact x-ray binaries. \\

{\it van Rossum, D.R.} 2012, ApJ 756, 43. Synthetic spectra for x-ray novae. (8c) \\

{\it Wagoner, R.V.} 2012, ApJ 752, L18. Is the disk the source of QPOs? (8a) \\

{\it Wang, B., Han, Z.} 2012, New Astron. Rev. 56, 122. Progenitors of type Ia SNe. \\

{\it Wang, J., Zhang, C.M., Chang, H.-K.} 2012, A\&A  540, A100.  Testing the accretion-induced field-decay and 
		spin-up model for recycled PSRs. \\   

{\it Wang, J. et al.} (5 authors) 2012, PASP 124, 598. Dispersed fixed-delay interferometer for 
		precise RV measurements. \\

{\it Wang, K.S., van der Tak, F.F.S., Hogerheijde, M.R.} 2012, A\&A 543, 22. (5i) Kinematics of the inner thousand 
		AU region around the young massive star AFGL 2591-VLA3: a massive disk candidate. \\

{\it Wang, Y., Khardon, R., Protopapas, P.} 2012, ApJ 756, 67. Nonparametric Bayesian estimation of LC periods. 
		(7d) \\

{\it Wang, Z.-Y. et al.} (4 authors) 2012, RAA 12, 661. A model of low-frequency QPOs in BH x-ray binaries. \\


{\it Weinberg, N.N. et al.} (4 authors) 2012, ApJ 751, 136. (8c) Nonlinear tides in CBs. \\


{\it White, H.E.} 2012, ApJ 752, 122. Gravity darkening and brightening of binaries . (8a) \\

{\it Wilson, R.E.} 2012, AJ 144, 73. Spotted-star LCs with enhanced precision. \\

{\it Zhang, F. et al.} (5 authors) 2012, MNRAS 421, 743. Binary interactions on the calibrations of star formation 
		rate. \\
	
{\it Zhang, X.B., Luo, C.O., Fu, J.N.} 2012, AJ 144, 86. (1ao, 6b) Detection of new binaries in 
		young cluster NGC 457. \\

{\it Zhekov, S.A.} 2012, MNRAS 422, 1332. X-rays from colliding stellar winds: the case of close WR+O 
		binary stars. \\
	
{\it Zhilkin, A.G., Bisikalo, D.V., Mason, P.A.} 2012, ARep 56, 257. Full 3D MHD calculations of accretion flow 
		structure in magnetic CVs with strong, complex magnetic fields. (8ad) \\

{\it Zhong, S.-Y., Liu, S.} 2012, Ap\&SS 342, 317. (8a) Symplectic integrators with adaptive timestep 
		applied to spinning compact binaries. \\

{\it Zschoke, S.} 2012, AJ 144, 77. Light deflection in binaries. \\

%\newpage

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

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\section*{Collections of data}

{\it Abbasi, R. et al.} (258 authors) 2012, ApJ 748, 118. (10) Searches for neutrino emissions from several XRBs. \\

{\it Banfi, M. et al.} (20 authors) 2012, IBVS No, 6033 (5a) Minima of EBs: V473~And, V480~And, V487~And, 
		V502~And, XX~Ant, CK~Aqr, GS~Aqr, AL~Ari, EM~Aur, MM~Aur, MR~Aur, V562~Aur, V594~Aur, TU~Boo, 
		EF~Boo, XZ~CMi, AE~Cas, DO~Cas, V541~Cas, DM~CVn, EL~CVn, EV~CVn, UX~CrB, V997~Cyg, V1187~Cyg,
		V1191~Cyg, V1905~Cyg, V1763~Cyg, V2287~Cyg, V2486~Cyg, CR~Del, KO~Del, HL~Dra, GSC~3881-0579, 
		VV~Eri, AM~Her, V1072~Her, V1088~Her, V1106~Her, GSC~1518-0913, EZ~Lac, FU~Lac, XX~Leo, VW~LMi, 
		WZ~LMi, AA~Lyn, CW~Lyn, DI~Lyn, EH~Lyn, HY~Lyr, PV~Lyr, QQ~Lyr, V574~Lyr, GSC~3108-0057, DD~Mon,
		V383~Mon, V464~Mon, V527~Mon, ET~Ori, BW~Peg, V365~Peg, V963~Per, GR~Psc, CP~Sge, V423~Tau, 
		V1374~Tau, BE~Tri, BM~Tri, BX~Tri, CM~Tri, CN~Tri, CS~Tri, XY~UMa, GZ~UMa, LL~UMa, MS~UMa, EY~Vul, 
		V384~Vul, V467~Vul. \\

{\it Bernardini, F. et al.} (8 authors) 2012, A\&A  542, A22. (2dx) Characterization of nine hard x-ray CVs: 
		V2069 Cyg, XSS J0056, RX J0636+3535, IGR J08390$-$4833, IGR J1509-6649, IGR J16500$-$3307, IGR 
		J17195-4100, IGR J18173$-$2509, IGR J18308$-$1232. \\

{\it Bird, A.J. et al.} (4 authors) 2012, MNRAS 423, 3663. (1ao, 5bc) Optical periodicities of 49 SMC Be/x-ray 
		binaries.\\

{\it Bodaghee, A. et al.} (4 authors) 2012, ApJ 751, 113. (1x, 4a) Improved positions for five XRBs. \\

{\it Bodaghee, J.A., Tomsick, J.A., Rodriguez, J.} 2012, ApJ 753, 3. (1xi*, 2x,) Observations of INTEGRAL sources 
		IGR J18482+0049, IGR J18538$-$0102, IGR J18457+0244, IGR J18532+0416, IGR J18462$-$0223; last one 
		is probably HMXB. \\

{\it Bozzo, E. et al.} (8 authors) 2012, A\&A 544, 118. (6c) XMM-Newton observations of five hard x-ray emitters, 
		  probably all HMXBs: IGR J08262$-$3736, IGR J16328$-$4726, IGR J17348$-$2045, IGR J17354$-$3255, 
		  SAX J1818.6$-$1703. \\

{\it Cao, Y. et al.} (13 authors) 2012, ApJ 752, 133. (1au) 29 classical novae in M31. \\

{\it Denisenko, D.V.} 2012, AstL 38, 249. (1o*i*, 6b, 7d) CVs from the USNO-B1.0 Catalog: stars with outbursts on 
		infrared Palomar plates. \\[0.5ex]

{\it Diethelm, R.} 2012, IBVS No. 6029 (5a) Timings of Minima of EBs: ASAS~054432+1305.7, AA~UMa, AB~Cnc, AC~Boo, 
		AC~CMi, AC~Crt, AD~Boo, AE~LMi, AF~LMi, AG~CMi, AG~LMi, AG~Leo, AG~Vir, AH~Cnc, AH~Lyn, AH~Vir, 
		AI~Sex, AK~CMi, AK~Cam, AL~Cam, AL~Leo, AL~Tau, AM~Leo, AN~Tau, AO~CMi, AO~Cnc, AO~Ser, AP~Aur, 
		AP~Leo, AP~Tau, AQ~Com, AQ~Ser, AQ~Tau, AR~Boo, AR~CrB, AR~Dra, AS~CrB, AS~Mon, AS~Ser, AS~Tau, 
		AT~Mon, AU~Dra, AU~Ser, AV~CMi, AV~CrB, AV~Hya, AW~Vir, AX~Dra, AX~Vir, AY~CrB, AZ~Cam, AZ~Vir, 
		BD~CrB, BE~UMa, BF~Dra, BF~Vir, BG~Leo, BH~UMa, BH~Vir, BI~CVn, BI~Ser, BL~Leo, BM~UMa, BO~CVn, 
		BQ~Eri, BQ~UMa, BS~UMa, BU~Dra, BW~Leo, BX~Dra, CC~Com, CC~Ser, CC~Tau, CE~Leo, CG~Vir, CI~CVn, 
		CK~Boo, CK~Gem, CM~Com, CM~Dra, CN~Com, CQ~Hya, CQ~Ser, CT~Her, CU~Hya, CV~Boo, CV~Dra, CX~CMi, 
		CX~Vir, DD~Com, DE~Hya, DE~Lyn, DF~CVn, DF~Hya, DG~Com, DH~CVn, DI~CVn, DI~Her, DK~CVn, DM~Vir, 
		DO~Aur, DP~Gem, DQ~CVn, DR~CVn, DR~Vul, DU~Leo, DW~CMi, DX~CVn, DY~CVn, DY~Vir, DZ~Ori, EE~CVn, 
		EF~Boo, EF~CVn, EF~Ori, EG~Ori, EH~Cnc, EH~Ori, EI~Aur, EI~CVn, EK~Com, EK~Lyn, EL~CMi, EN~CVn, 
		EN~Tau, EP~Aur, EQ~CMi, EQ~Com, EQ~Ori, ER~Ori, ES~Lac, ES~UMa, EW~Boo, EW~Ori, EX~CVn, EY~Gem, 
		EZ~Hya, EZ~Mon, EZ~Sct, FG~Hya, FH~Mon, FI~Lyn, FO~Aur, FP~Aur, FQ~CVn, FQ~Vir, FS~Mon, FT~Gem, 
		FT~Ori, FU~CVn, FU~Dra, FU~Lib, FU~Lyn, FV~CVn, FW~Her, FY~Boo, FZ~CVn, GG~CVn, GG~Mon, GG~Ori, 
		GH~Boo, GH~Mon, GI~Boo, GI~CVn, GK~Boo, GK~Lib, GL~Boo, GN~Boo, GN~CVn, GO~Boo, GO~CVn, GQ~Boo, 
		GQ~Cnc, GR~Boo, GS~Boo, GSC~1006-1687, GSC~1010-1632, GSC~108-1146, GSC~122-419, GSC~1293-1162, 
		GSC~1304-227, GSC~1351-225, GSC~1351-383, GSC~1360-49, GSC~1368-1192, GSC~1368-1411, 
		GSC~1368-1825, GSC~1369-98, GSC~1383-181, GSC~1407-222, GSC~1410-439, GSC~1417-401, GSC~1419-666, 
		GSC~1422-142, GSC~1429-137, GSC~1429-560, GSC~1434-1034, GSC~1441-914, GSC~1443-87, GSC~1445-866, 
		GSC~1446-1499, GSC~1446-2377, GSC~1467-1309, GSC~1470-582, GSC~1477-516, GSC~1478-669, 
		GSC~1484-525, GSC~1499-834, GSC~1505-565, GSC~1528-936, GSC~1538-342, GSC~1539-326, GSC~1546-1276, 
		GSC~1552-839, GSC~1553-1964, GSC~1577-974, GSC~1580-1606, GSC~1581-2444, GSC~1624-493, GSC~163-1374, 
		GSC~167-251, GSC~1864-1065, GSC~1909-2392, GSC~1927-1182, GSC~1950-1942, GSC~1963-488, 
		GSC~1969-579, GSC~1971-916, GSC~1981-237, GSC~199-2035, GSC~1994-465, GSC~1994-935, GSC~1999-404, 
		GSC~201-1119, GSC~2034-1670, GSC~2043-227, GSC~2090-1621, GSC~2093-1834, GSC~2094-2056, GSC~2115-1000, 
		GSC~217-849, GSC~230-1627, GSC~234-960, GSC~235-461, GSC~238-2372, GSC~242-2191, GSC~243-397, 
		GSC~246-90, GSC~2484-139, GSC~250-668, GSC~253-870, GSC~256-41, GSC~262-948, GSC~263-585, 
		GSC~265-617, GSC~267-162, GSC~267-253, GSC~270-593, GSC~270-777, GSC~270-9, GSC~272-630, 
		GSC~272-94, GSC~274-437, GSC~279-35, GSC~279-822, GSC~286-631, GSC~291-860, GSC~296-9, GSC~303-36, 
		GSC~303-65, GSC~303-735, GSC~3039-709, GSC~304-73, GSC~3011-1150, GSC~3080-1410, GSC~314-1184, 
		GSC~314-388, GSC~3152-1202, GSC~316-99, GSC~317-1142, GSC~317-161, GSC~318-1169, GSC~322-760, 
		GSC~323-602, GSC~330-1394, GSC~332-302, GSC~3475-348, GSC~355-983, GSC~357-162, GSC~361-795, 
		GSC~362-302, GSC~366-196, GSC~368-118, GSC~370-468, GSC~378-1212, GSC~381-743, GSC~394-1770, 
		GSC~419-1667, GSC~4190-894, GSC~4193-44, GSC~4194-2180, GSC~4286-49, GSC~429-1488, GSC~436-1066, 
		GSC~440-1798, GSC~4407-351, GSC~4418-800, GSC~4579-1005, GSC~4647-555, GSC~4739-480, GSC~4754-17, 
		GSC~4783-2332, GSC~4783-266, GSC~4784-830, GSC~4815-2034, GSC~4824-2990, GSC~4827-2862, 
		GSC~4828-2284, GSC~4834-3265, GSC~4835-106, GSC~4835-1947, GSC~4839-280, GSC~4840-528, 
		GSC~4854-2084, GSC~4855-2438, GSC~4858-2028, GSC~4861-1380, GSC~4870-779, GSC~4878-113, 
		GSC~4879-1416, GSC~4881-888, GSC~4882-117, GSC~4884-1351, GSC~4887-1149, GSC~4893-1294, 
		GSC~4895-1885, GSC~4896-135, GSC~4896-33, GSC~4897-1114, GSC~4897-1250, GSC~4906-447, 
		GSC~4907-1262, GSC~4907-992, GSC~4908-1303, GSC~4909-1434, GSC~4911-1235, GSC~4913-1090, 
		GSC~4916-292, GSC~4916-492, GSC~4918-1155, GSC~4920-943, GSC~4921-819, GSC~4936-907, GSC~4955-767, 
		GSC~4956-1196, GSC~4958-415, GSC~4958-697, GSC~4968-751, GSC~4969-725, GSC~4977-1397, 
		GSC~4980-656, GSC~4987-740, GSC~5017-129, GSC~5028-828, GSC~5037-866, GSC~5044-460, GSC~5054-1417, 
		GSC~5059-1258, GSC~5059-477, GSC~5076-483, GSC~5080-1864, GSC~5085-331, GSC~5108-617, 
		GSC~5124-377, GSC~5322-2251, GSC~5330-664, GSC~5337-1744, GSC~5351-457, GSC~5352-540, GSC~5358-917, 
		GSC~5361-545, GSC~5385-870, GSC~5391-1821, GSC~5398-2032, GSC~5399-2407, GSC~5404-2421, 
		GSC~5404-4206, GSC~5405-3070, GSC~5406-2659, GSC~5407-2794, GSC~5421-76, GSC~5422-1430, 
		GSC~5426-1920, GSC~5427-2330, GSC~5428-504,  GSC~5429-1473, GSC~5447-1531, GSC~5447-940, 
		GSC~5449-1194, GSC~5457-59, GSC~5458-351, GSC~5463-45, GSC~5472-1583, GSC~5472-602, GSC~5472-966, 
		GSC~5477-108, GSC~5478-562, GSC~5481-1160, GSC~5487-197, GSC~5487-801, GSC~5489-511, GSC~5489-963, 
		GSC~5495-765, GSC~5497-221, GSC~5499-1020, GSC~5500-260, GSC~5507-705, GSC~5509-1073, 
		GSC~5509-1347, GSC~5509-447, GSC~5516-355, GSC~5519-1371, GSC~5524-817, GSC~5529-1490, GSC~5532-1333,
		GSC~5539-45, GSC~5542-599, GSC~5542-599, GSC~5543-1042, GSC~5548-1080,  GSC~5553-1474, 
		GSC~5569-173, GSC~5572-705, GSC~5600-923, GSC~5605-700, GSC~5623-1173, GSC~5629-912, GSC~5636-400, 
		GSC~5640-366, GSC~5681-848, GSC~5934-2133, GSC~5948-2942, GSC~5998-1918, GSC~6011-1986, 
		GSC~6013-1086, GSC~6027-1009, GSC~6029-311, GSC~6046-312, GSC~6077-1825, GSC~6085-670,  
		GSC~6094-1317, GSC~6095-294, GSC~6136-609, GSC~6155-352, GSC~6171-209, GSC~6265-1357, GSC~706-845, 
		GSC~727-47, GSC~730-243, GSC~753-1431, GSC~758-823, GSC~762-958, GSC~763-1042, GSC~764-235, 
		GSC~772-425, GSC~774-58,  GSC~795-590, GSC~800-1379, GSC~808-1106, GSC~815-1932, GSC~817-322, 
		GSC~817-411, GSC~819-48, GSC~819-595, GSC~827-1011, GSC~828-1721, GSC~829-1040, GSC~832-1401, 
		GSC~835-652, GSC~840-216, GSC~847-367, GSC~851-768, GSC~859-1106, GSC~870-349, GSC~871-248, 
		GSC~873-411, GSC~873-420, GSC~878-260, GSC~881-218, GSC~881-920, GSC~883-1116, GSC~886-340, 
		GSC~887-564, GSC~891-117, GSC~892-892, GSC~897-470, GSC~898-3, GSC~900-421, GSC~902-318, 
		GSC~912-792, GSC~930-267, GSC~945-626, GSC~949-1089, GSC~950-560, GSC~954-418, GSC~960-1531, 
		GSC~960-163, GSC~965-581, GSC~967-1277, GSC~971-933, GSC~973-1212, GSC~978-1292, GSC~978-768, 
		GSC~979-1273, GSC~987-1582, GU~Boo, GV~Leo, GV~Pup, GW~Boo, GW~Cnc, HH~Boo, HI~Leo, HM~Mon, 
		HP~Aur, HR~Boo, HR~Gem, HS~Her, HS~Leo, HT~Mon, HU~Aur, HW~Cam, IL~Boo, IL~Cnc, IM~Cnc, IN~Boo, 
		IO~Boo, IO~Cnc, IR~Cnc, IR~Vir, IS~Boo, IU~Cnc, IV~Dra, IW~UMa, IZ~Aur, KM~Boo, KM~UMa, KP~Aql, 
		KQ~Gem, KR~Mon, KT~Cnc, KW~Boo, KW~Pup, KY~Cnc, KZ~Boo, LL~Com, LM~Boo, LN~Dra, LO~Com, LO~UMa, 
		LP~Com, LR~Cam, LR~Com, LU~Cnc, LV~Her, MM~Com, MM~Her, MO~Pup, MS~UMa, MT~Boo, MT~UMa, MU~Aur, 
		MU~Dra, MX~Mon, MY~Boo, MY~Dra, NN~Com, NN~Mon, NO~Per, NP~Per, NR~Boo, NSV~10497, NSV~1864, 
		NSV~2698, NSV~4095, NSV~4158, NSV~4638, NSV~7481, NSV~7727, NSV~7838, NSV~9555, NT~Dra, NU~Boo, 
 		NV~Dra, NW~Dra, NX~Boo, NY~Boo, NY~Lyr, OO~Dra, OQ~Dra, OQ~UMa, OX~Per, PQ~Dra, PS~Vir, PW~UMa, 
		PY~Boo, PY~Vir, PZ~Boo, PZ~UMa, QQ~Boo, QT~UMa, QU~Dra, QV~UMa, QX~Boo, QX~Vir, QZ~Cam, RR~CMa, 
		RT~CrB, RT~LMi, RU~Mon, RU~UMi, RV~CVn, RW~Com, RW~CrB, RW~Leo, RX~Dra, RY~Lyn, RZ~Com, RZ~Lyn, 
		RZ~UMi, SS~Com, SS~Lib, SU~Boo, SX~Lyn, SY~Boo, SY~Hya, TT~Her, TU~Boo, TU~CrB, TW~CrB, TX~Boo, 
		TX~CMi, TY~Boo, TY~CMi, TY~Lib, TY~UMa, TZ~Boo, TZ~Gem, TZ~Lyr, U~Sct, UCAC3~178-203153, UU~Leo, 
		UU~Lyn, UV~Lyn, UW~Hya, UW~Ori, UX~Com, UX~UMa, UY~UMa, UZ~CMi, UZ~Leo, V~Crt, V1005~Her, 
		V1016~Oph, V1024~Her, V1025~Her, V1026~Her, V1031~Her, V1033~Her, V1034~Her, V1036~Her, V1037~Her, 
		V1038~Her, V1040~Her, V1042~Her, V1044~Her, V1067~Her, V1073~Her, V1094~Her, V1094~Tau, V1095~Her,
		V1102~Her, V1109 Sgr, V1119~Her, V1120~Oph, V1133~Her, V1134~Her, V1136~Cyg, V1143~Her, V1260~Tau, 
		V1305~Tau, V1353~Ori, V1355~Tau, V1369~Tau, V1370~Tau, V1374~Tau, V1626~Ori, V1799~Ori, V1851~Ori,
		V1853~Ori, V2425~Oph, V2563~Oph, V2612~Oph, V2650~Oph, V2685~Ori, V2735~Ori, V2759~Ori, V2783~Ori, 
		V2793~Ori, V337~UMa, V337~Vir, V338~Dra, V338~Her, V339~Dra, V340~Vir, V341~Dra, V342~Dra, 
		V342~UMa, V342~Vir, V343~Cam, V343~UMa, V344~Dra, V351~Lib, V356~UMa, V357~UMa, V358~Hya, 
		V358~UMa, V359~Her, V360~UMa, V361~Lyr, V362~UMa, V364~UMa, V366~UMa, V368~Cam, V372~Cam, 
		V379~Cam, V383~Mon, V384~Mon, V384~Ser, V385~Ser, V391~Oph, V391~Vir, V392~Cam, V401~Cam, 
		V404~Gem, V410~Gem, V410~Hya, V415~Gem, V420~Cam, V424~Cam, V425~Gem, V425~Ser, V426~Cam, 
		V434~Ser, V450~Her, V451~Cam, V452~Mon, V456~Oph, V457~Cam, V457~Mon, V463~Mon, V467~Vir, 
		V468~Cam, V470~Cam, V473~Cam, V474~Cam, V475~Hya, V476~Hya, V477~Cyg, V477~Her, V479~Cam, 
		V483~Cam, V496~Cam, V497~Cam, V498~Cyg, V500~Cam, V502~Her, V505~Cam, V506~Cam, V507~Cam, 
		V508~Oph, V509~Cam, V511~Oph, V514~Cam, V514~Hya, V515~Cam, V517~Cam, V518~Cam, V519~Cam, 
		V519~Hya, V519~Ori, V523~Aur, V524~Mon, V528~Mon, V530~Mon, V532~Mon, V571~Lyr, V574~Lyr, 
		V582~Lyr, V586~Oph, V589~Vir, V591~Vir, V592~Lyr, V618~Aur, V636~Aur, V639~Aur, V641~Ori, 
		V681~Her, V687~Her, V733~Her, V781~Tau, V784 Sco, V789~Her, V802~Aql, V803~Aql, V839~Oph, 
		V842~Her, V843~Mon, V848~Her, V856~Her, V857~Her, V889~Aql, V925~Mon, V929~Mon, V934~Mon, 
		V948~Mon, V953~Mon, V962~Aql, V963~Per, V974~Cyg, V983~Oph, VV~CVn, VV~UMa, VV~Vir, VW~Boo, 
		VW~Hya, VY~Pup, VZ~CVn, VZ~Leo, VZ~Lib, VZ~Sct, VZ~UMi, W~Crv, WW~Cnc, WW~Eri, WW~Gem, WW~Sex, 
		WX~Sex, WZ~Sex, XX~Leo, XY~Boo, XY~LMi, XY~Leo, XY~UMa, XZ~Leo, XZ~UMa, Y~Leo, Y~Sex, YY~Cnc, 
		YY~CrB, YZ~CVn, Z~Dra, Z~Lep, ZZ~Aur, ZZ~UMa. \\

{\it Dupuy, T.J., Liu, M.C.} 2012, ApJS 201, 19. (1i, 4c) Hawaii infrared parallax program: ultracool binaries 
		and the L/T transition. \\

{\it Fahed, R., Moffat, A.F.J.} 2012, MNRAS 424, 1601. (2abc, 5deg, 8ab) Colliding winds in five WR+O systems: WR 12, 
		WR 21, WR 30, WR 31, WR 47.\\

{\it Fruth, T. et al.} (13 authors) 2012, AJ 143, 140. (1ao, 6b) New variables in CoRoT field 
		include many EBs. \\

{\it Gallo, E., Miller, B.P., Fender, R.} 2012, MNRAS 423, 590. (1rx, 5cgi) Evidence for dual tracks in the 
		radio/x-ray domain of BH x-ray binaries: XTE J1650$-$500, XTE J1908+094, A0620$-$00, 
		XTE J1720$-$318, GRO J1655$-$40, IGR J17177$-$3656, Swift J1753.5$-$0127, H1743$-$322, IGR J17091$-$3624,
		4U 1543$-$47, V404 Cygni.\\

{\it Goulding, A.D. et al.} (11 authors) 2012, ApJS 202, 6. (1x, 2x) The Chandra x-ray point-source catalog in the 
		DEEP2 galaxy redshift survey fields. \\

{\it Griffin, R.F.} 2012, JApA 33, 29. (1bo, 5d) Spectroscopic orbits for 52 stars in the Hyades field: van Bueren 
		22, vB 39, vB 50, vB 59, vB 75, vB 102 and other systems. \\

{\it Griffin, R.F.} 2012, JApA 33, 227. (1bo, 5d) Six more SBs among the Redman K stars: HD 3345, 15728, 20509, 
		188058, 191046 and 191084. \\

{\it Griffin, R.F.} 2012, Observatory 132, 76. (2ao, 5d) HR 396, HR 7477, 7636, 6 And, bright 
		SB1s; HR 396 has slow trend in $\gamma$, others all long-period. \\

{\it Griffin, R.F.} 2012, Observatory 132, 156. (2ao, 5d) HD 180660 (companion to V342 Aql), HD 
		183791 (large f(M)), BD +57$^{\circ}$2161 (carbon star), BD +34$^{\circ}$4216 
		(composite spectrum). \\

{\it Griffin, R.F.} 2012, Observatory 132, 223. (2ao, 5d) HR 1313, HR 3567, HR 3907, HR 6239, 
		giant SB1s. \\

{\it Griffin, R.F., Stroe, A.} 2012, JApA 33, 245. (1bo, 5d) 45 years' monitoring of the RVs of the 
		Redman K Stars. \\

{\it Halbwachs, J.-L., Mayor, M., Udry, S.} 2012, MNRAS 422, 14. (2a, 5bd, 6b) 66 CPM stars with variable RV from 
		AGK3 catalogue found to be SB2 systems; orbital elements for 52 systems (new orbits for 40 SB2 
		systems, others were improved), including two triple systems and one with a brown dwarf component. \\
	
{\it Heil, L.M., Vaughan, S., Uttley, P.} 2012, MNRAS 422, 2620. (1x*, 5cg) The ubiquity of the rms-flux relation in 
		BH x-ray binaries: GX 339$?$4, XTE J1118+480, GS 1354$-$64, 4U 1543$-$475, XTE J1550$-$564, 
		XTE J1650$-$500, GRO J1655$-$40, H1743$-$322, XTE J1859+226. \\

{\it H\"{u}bscher, J., Lehmann, P.B.} 2012, IBVS No. 6026 (5a) BAV-Results of observations - Photoelectric Minima 
		of Selected EBs: TT~And, UU~And, WZ~And, AA~And, AB~And, AD~And, BD~And, BL~And, BX~And, CP~And, 
		CZ~And, DK~And, DS~And, EP~And, GZ~And, KN~And, KP~And, LM~And, MO~And, QR~And, QX~And, V404~And, 
		V412~And, V422~And, V425~And, V441~And, V449~And, V452~And, V463~And, CX~Aqr, HS~Aqr, HV~Aqr, 
		V343~Aql, V417~Aql, V418~Aql, V420~Aql, V1713~Aql, RX~Ari, SS~Ari, XZ~Ari, BQ~Ari, ZZ~Aur, CI~Aur, 
		IY~Aur, MO~Aur, NN~Aur, V523~Aur, V585~Aur, V596~Aur, V607~Aur, V623~Aur, V627~Aur, SU~Boo, 
		TU~Boo, TZ~Boo, UW~Boo, XY~Boo, GH~Boo, GR~Boo, HH~Boo, UU~Cam, XZ~Cam, AO~Cam, AT~Cam, AZ~Cam, 
		CD~Cam, FN~Cam, HW~Cam, LR~Cam, NQ~Cam, NS~Cam, NU~Cam, OQ~Cam, PP~Cam, V335~Cam, V382~Cam, 
		V395~Cam, V514~Cam, EH~Cnc, IL~Cnc, IU~Cnc, RS~CVn, TU~CMi, BH~CMi, TY Cap, TW~Cas, XX~Cas, 
		AB~Cas, AE~Cas, AH~Cas, AL~Cas, AQ~Cas, AT~Cas, AX~Cas, BG~Cas, BH~Cas, BN~Cas, BS~Cas, BU~Cas, 
		CR~Cas, CW~Cas, DN~Cas, DP~Cas, DZ~Cas, EG~Cas, EN~Cas, EP~Cas, ES~Cas, EY~Cas, GG~Cas, GK~Cas, 
		IL~Cas, IQ~Cas, IR~Cas, IS~Cas, IT~Cas, IV~Cas, KR~Cas, MN~Cas, MS~Cas, MT~Cas, MV~Cas, NN~Cas, 
		NU~Cas, OX~Cas, V344~Cas, V345~Cas, V350~Cas, V357~Cas, V359~Cas, V360~Cas, V361~Cas, V366~Cas, 
		V368~Cas, V374~Cas, V375~Cas, V381~Cas, V387~Cas, V411~Cas, V419~Cas, V427~Cas, V471~Cas, 
		V473~Cas, V520~Cas, V523~Cas, V544~Cas, V546~Cas, V608~Cas, V651~Cas, V765~Cas, V776~Cas, 
		V860~Cas, V952~Cas, V969~Cas, V1001~Cas, V1004~Cas, V1011~Cas, V1063~Cas, V1094~Cas, V1107~Cas, 
		V1115~Cas, V1138~Cas, V1139~Cas, XX~Cep, BE~Cep, BU~Cep, CM~Cep, CW~Cep, DL~Cep, DP~Cep, DW~Cep, 
		EF~Cep, HI~Cep, IM~Cep, IW~Cep, KP~Cep, KV~Cep, LM~Cep, LP~Cep, NN~Cep, NW~Cep, V737~Cep, 
		V743~Cep, V744~Cep, RZ~Com, SS~Com, EQ~Com, LL~Com, LO~Com, MR~Com, RT~CrB, RW~CrB, TW~CrB, 
		AR~CrB, SY~Cyg, VW~Cyg, WZ~Cyg, CG~Cyg, CV~Cyg, DO~Cyg, DP~Cyg, EM~Cyg, GG~Cyg, GV~Cyg, KR~Cyg, 
		MR~Cyg, PQ~Cyg, V370~Cyg, V401~Cyg, V442~Cyg, V443~Cyg, V447~Cyg, V453~Cyg, V454~Cyg, V463~Cyg, 
		V466~Cyg, V469~Cyg, V484~Cyg, V488~Cyg, V494~Cyg, V496~Cyg, V502~Cyg, V505~Cyg, V512~Cyg, 
		V541~Cyg, V616~Cyg, V635~Cyg, V675~Cyg, V680~Cyg, V700~Cyg, V711~Cyg, V725~Cyg, V728~Cyg, 
		V753~Cyg, V789~Cyg, V796~Cyg, V859~Cyg, V869~Cyg, V873~Cyg, V877~Cyg, V889~Cyg, V891~Cyg, 
		V907~Cyg, V931~Cyg, V934~Cyg, V941~Cyg, V947~Cyg, V959~Cyg, V961~Cyg, V962~Cyg, V963~Cyg,
 		V965~Cyg, V974~Cyg, V975~Cyg, V1004~Cyg, V1011~Cyg, V1013~Cyg, V1034~Cyg, V1061~Cyg, V1083~Cyg, 
		V1141~Cyg, V1147~Cyg, V1171~Cyg, V1256~Cyg, V1305~Cyg, V1401~Cyg, V1411~Cyg, V1414~Cyg, V1417~Cyg, 
		V1437~Cyg, V1481~Cyg, V1763~Cyg, V1815~Cyg, V1823~Cyg, V1908~Cyg, V1918~Cyg, V2080~Cyg, V2181~Cyg, 
		V2240~Cyg, V2261~Cyg, V2263~Cyg, V2277~Cyg, V2364~Cyg, V2456~Cyg, Z~Dra, RR~Dra, TZ~Dra, WX~Dra, 
		AU~Dra, AX~Dra, MU~Dra, MY~Dra, AV~Gem, FT~Gem, GQ~Gem, GZ~Gem, AK~Her, V342~Her, V490~Her, 
		V857~Her, V1054~Her, V1055~Her, V1062~Her, V1066~Her, V1073~Her, V1092~Her, V1100~Her, V1101~Her, 
		V1103~Her, WY~Hya, V470~Hya, SW~Lac, UY~Lac, VV~Lac, VY~Lac, ZZ~Lac, AG~Lac, AU~Lac, AW~Lac, 
		BB~Lac, CG~Lac, CN~Lac, CO~Lac, CY~Lac, DG~Lac, EK~Lac, EM~Lac, EO~Lac, EP~Lac, EQ~Lac, ER~Lac, 
		ES~Lac, EU~Lac, EX~Lac, EY~Lac, FI~Lac, FL~Lac, GH~Lac, GX~Lac, HR~Lac, IM~Lac, IP~Lac, IU~Lac, 
		IZ~Lac, KU~Lac, LY~Lac, LZ~Lac, MZ~Lac, NR~Lac, OO~Lac, OS~Lac, OX~Lac, PP~Lac, V339~Lac, 
		V342~Lac, V344~Lac, V345~Lac, V364~Lac, V441~Lac, V459~Lac, RW~Leo, WZ~Leo, XX~LMi, XY~LMi,
 		SW~Lyn, SX~Lyn, UU~Lyn, TZ~Lyr, ET~Lyr, IP~Lyr, NY~Lyr, PV~Lyr, QT~Lyr, QU~Lyr, V417~Lyr, 
		V563~Lyr, V580~Lyr, GU~Mon, IX~Mon, V453~Mon, V515~Mon, V527~Mon, V530~Mon, V634~Mon, V456~Oph, 
		V913~Oph, V2388~Oph, V2640~Oph, FT~Ori, V1633~Ori, V1865~Ori, U~Peg, BB~Peg, BK~Peg, BN~Peg, 
		BY~Peg, BZ~Peg, CE~Peg, DI~Peg, DM~Peg, DP~Peg, DV~Peg, EE~Peg, ER~Peg, GH~Peg, GP~Peg, HI~Peg, 
		IP~Peg, KV~Peg, KW~Peg, V357~Peg, V404~Peg, V411~Peg, ST~Per, BO~Per, BR~Per, BY~Per, DK~Per, 
		IQ~Per, IT~Per, IU~Per, KL~Per, KN~Per, KQ~Per, KW~Per, PS~Per, QT~Per, V366~Per, V432~Per, 
		V449~Per, V450~Per, V680~Per, SU~Psc, UV~Psc, AQ~Psc, DZ~Psc, U~Sge, V~Sge, TU~Sge, CU~Sge, 
		CW~Sge, DK~Sge, DL~Sge, FF~Sge, FH~Sge, V384~Ser, RW~Tau, TY~Tau, AP~Tau, CU~Tau, GR~Tau, 
		V1022~Tau, V1121~Tau, V~Tri, RV~Tri, RW~Tri, ST~Tri, VZ~Tri, WW~Tri, BU~Tri, BV~Tri, W~UMa, 
		NT~UMa, W~UMi, AG~Vir, LU~Vir, AW~Vul, AX~Vul, AZ~Vul, BG~Vul, BK~Vul, BO~Vul, BQ~Vul, BS~Vul, 
		CD~Vul, EO~Vul, EQ~Vul, EU~Vul, EV~Vul, EY~Vul, FF~Vul, FM~Vul, FR~Vul, GI~Vul, GP~Vul, GU~Vul, 
		HS~Vul, KN~Vul, NO~Vul, V467~Vul, GSC~00871-00486, GSC~01100-01182, GSC~01127-01808, 
		GSC~01383-00181, GSC~01383-01023, GSC~01643-01880, GSC~02038-00293, GSC~02040-00212, 
		GSC~02140-01485, GSC~02157-00014, GSC~02161-01310, GSC~02192-01283, GSC~02484-00139,
		GSC~02537-00520, GSC~02569-00553, GSC~02610-00088, GSC~02656-04286, GSC~02660-04155, 
		GSC~02673-02495, GSC~02677-00988, GSC~03547-02135, GSC~03575-06239, GSC~03612-00014, 
		GSC~03618-00448, GSC~03619-00047, GSC~03619-00715, GSC~03679-02129, GSC~03688-01184, 
		GSC~03949-01072, GSC~04009-00670, GSC~04285-00122, GSC~04339-01166, GSC~04827-02862,
		GSC~04827-02889, GSC~04965-00293, GSC~06281-00246, NSV~2146, NSV~24737, NSV~5501, NSVS~10105062, 
		NSVS~10123419, NSVS~103152, NSVS~1701206, NSVS~1810013, NSVS~1857770, NSVS~4307145, NSVS~4319623,
 		NSVS~5811775, USNO-A2 1200-07442402, USNO-A2 1200-11760524, USNO-A2~1200-12680286, 
		USNO-A2~1275-16067829, USNO-A2~1500-01208912, USNO-B1~1092-0472807, USNO-B1~1108-0490540, 
		USNO-B1~1135-0102876, USNO-B1~1166-0562907, USNO-B1~1316-0383362, USNO-B1~1332-0399848,
		USNO-B1~1398-0469064, USNO-B1~1400-0455467, USNO-B1~1416-0454010, USNO-B1~1440-0411990, 
		USNO-B1~1441-0441871, USNO-B1~1492-0009970, USNO-B1~1500-0005759, USNO-B1~1503-0282065, 
		USNO-B1~1505-0372164, USNO-B1~1508-0029126, USNO-B1~1514-0040346. \\

{\it Kalomeni, B.} 2012, MNRAS 422, 1601. (1ao, 5b) Long-term monitoring of five magnetic CVs (polars): AM Her, 
		DP Leo, V1309 Ori, AN UMa, AR UMa reveals short- and long-term period variations originating from 
		mass transfer modulations. \\
	
{\it Kilic, M., et al.} (7 authors) 2012, ApJ 751, 141. (2aodx) Discovery of new WD binary systems likely to merge 
		via gravitational radiation. \\

{\it Kobulnicky, H.A. et al.} (9 authors) 2012, ApJ 756, 50. (1i, 2o, 5d) Discovery of 5 new x-ray binaries 
		MT 070, MT 103 (SB2), MT 174, MT 267, MT 734 (VI Cyg no. 11) in Cygnus OB association. \\

{\it Liakos, A. et al.} (4 authors) 2012, MNRAS 422, 1250. (1ao, 2ado, 5d) Survey of EBs with pulsating 
		$\delta$ Scuti components; updated catalogue of 74 systems; detailed LC analysis for 10 systems: 
		CZ Aqr, QY Aql, TY Cap, WY Cet, UW Cyg, HL Dra, HZ Dra, AU Lac, CL Lyn, IO UMa. \\
	
{\it Liu, C. et al.} (6 authors) 2012, MNRAS 424, 1841. (1ao, 5ceg, 6ab, 7cd) Catalogue of 523 WD-MS binaries 
		identified within SDSS DR7 and UKIDSS DR5.\\

{\it L\"{u}, C. et al.} (6 authors) 2012, MNRAS 424, 2265. (1x, 8ac) Population synthesis for the symbiotic x-ray 
		binaries: GX 1+4, 4U 1954+31, 4U 1700+24, Sct X-1, IGR J16194$?$2810, IRXS J180431.1$-$273932, 
		IGR J16358$-$4724, IGR J16393$-$4643, 2XMM J174016.0$-$290337, CGCS 5926.\\

{\it Matijevi{\v c}, G. et al.} (6 authors) 2012, AJ 143, 123. (7cd) Automated classificatioin 
		of 2165 Kepler EBs. \\

{\it Maxwell, J.E. et al.} (8 authors) 2012, ApJ 756, 147. (1x, 2x) 61 x-ray sources and blue stragglers in 
		globular cluster NGC 6388. \\

{\it Morales-Calderon, M. et al.}  (20 authors) 2012, ApJ 753, 149. (1ao, 2o, 5abcde) 6 pre-MS EBs in the Orion 
		Nebula cluster. \\

{\it Nefs, S.V. et al.} (19 authors) 2012, MNRAS 425, 950. (1aio, 2bc, 5bcdeg, 6b) Discovery of four ultra-
		short-period eclipsing M-dwarf binaries in the WFCAM survey: 19b-3-06008, 07g-3-05744, 17d-3-02440, 
		19h-3-14922.\\

{\it Nelson R.H.} 2012, IBVS No. 6018 (5a) CCD Minima for Selected EBs in 2011: QX~And, V404~And, V463~And, 
		GSC~0473-3466, GSC~1045-1028, RX~Ari, BN~Ari, HL~Aur, V567~Aur, GSC~2374-0055, GSC~2429-1010, 
		GSC~2933-1972, SY~Boo, TZ~Boo, DN~Boo, LR~Cam, NQ~Cam, NR~Cam, GSC~4327-2766, GSC~4550-1548,
		BS~Cas, CW~Cas, V520~Cas, V537~Cas, V1060~Cas, V736~Cep, GSC~4267-0682, GSC~4481-0080, 
		GSC~4484-1192, BB~CMi, HN~Cnc, IU~Cnc, LP~Com, UX~CVn, BI~CVn, DE~CVn, DL~CVn, DQ~CVn, DX~CVn, 
		GSC~2544-1007, GSC~2704-1999, GSC~2711-0645, GSC~3581-1856, V2477~Cyg, FU~Dra, GSC~4401-1126, 
		GSC~4420-1984, GSC~4421-1217, GSC~4421-1708, GSC~4439-1124, GSC~4449-0995, QW~Gem, V0367~Gem,
		GSC~1335-1812, GSC~1338-1984, GSC~1883-1299, GSC~1913-1513, V728~Her, V829~Her, V1045~Her, 
		V1071~Her, V1094~Her, V1100~Her, V1101~Her, GSC~2056-0117, GSC~3532-0553, PP~Lac, CE~Leo, XX~LMi, 
		GSC~2515-0839, UU~Lyn, GSC~0140-0964, GSC~0170-1717, GSC~1322-0294, GSC~1721-1141, V578~Per, 
		GSC~2385-0341, GSC~0613-1099, V0366~Sge, CR~Tau, EQ~Tau, V781~Tau, GSC~1305-1430, TY~UMa, HH~UMa, 
		KM~UMa, MT~UMa, GSC~4375-0620, VY~UMi, GSC~4408-0436, GSC~2166-0041. \\

{\it Nicholls, C.P., Wood, P.R.} 2012, MNRAS 421, 2616. (1ao*, 2a, 5cde) LC and RV analysis of 7 eccentric red 
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{\it North, P. et al.} (4 authors) 2012, A\&A  540, 1.  VLT multi-object spectroscopy of 33 EBs in the SMC. 
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{\it Pirkhedri, A. et al.} (4 authors) 2012, Astron. Nachr. 333, 237. (2ao*, 5d) Artificial neural network 
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{\it Shafter, A.W. et al.}  (4 authors) 2012, ApJ 752, 156. (2o) Nature of spectroscopic classes of novae in M33. \\

{\it Skopal, A. et al.} (7 authors) 2012, Astron. Nachr. 333, 242. (1abo, 5cj) Multicolour photometry of classical 
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{\it Tappert, C. et al.} (5 authors) 2012, MNRAS 423, 2476. (1ao, 2bc, 5cdeg) Spectroscopic observations 
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{\it Terrell, D., Gross, J., Cooney, W.R.} 2012, AJ 143, 99. (1ao, 9) BVRI survey of 606 W UMa 
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{\it Thompson, S.E. et al.} (13 authors) 2012, ApJ 753, 86. (1bo*, 5c) 17 eccentric binaries with tidal 
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{\it Thorstensen, J.R., Skinner, J.N.} 2012, AJ 144, 81. (2aod, 5d) Spectroscopy of 36 CV 
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{\it Woudt, P.A. et al.} (6 authors) 2012, MNRAS 421, 2414. (1ao) Orbital periods and orbital modulations of 15 
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		0334$-$07 (DN), CSS 0345$-$01 (DN), SSS 0617$-$36 (CV), CSS 0810+00 (polar), CSS 0826$-$00 (DN, 
		ecl.), CSS 1028$-$08 (DN), CSS 1300+11 (DN), CSS 1321+01 (= HV Vir, DN), CSS 1404$-$10 (DN, ecl.), 
		CSS 1443$-$17 (DN), CSS 1503$-$22 (polar), CSS 1528+03 (DN), CSS 1626$-$12 (DN, ecl.), CSS 
		2325$-$08 (= EG Aqr, DN). \\

{\it Yuasa, T., Makishima, K., Nakazawa, K.}  2012, ApJ 753, 129. (1x, 2x) WD spectra obtained from galactic x-ray 
		emission. \\

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%\vspace*{2cm}
\section*{Proceedings of Conferences, Symposia, and Monographs}

{\bf From Interacting Binaries to Exoplanets: Essential Modeling Tools}, IAU Symposium 282, eds. {\it M.T. Richards, 
I. Hubeny}, 2012, Cambridge University Press.

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\begin{center}  
\vspace*{2mm} 
\large IAU Commission 42\\[1mm] 
{\bf BIBLIOGRAPHY OF CLOSE BINARIES}\\[0.5ex] 
No. 95, December 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\\ 
\end{minipage} 
} 
\end{document}
