Microlensing variability in FBQ 0951+2635: Short-time-scale events or a long-time-scale fluctuation?

Monthly Notices of the Royal Astronomical Society

Volumn 397, Issue 4, 2009, Pages 1982-1989

  Shalyapin, V N ^a   Goicoechea, L J ^b   Koptelova, E ^c,d   Artamonov, B P ^c   Sergeyev, A V ^e   Zheleznyak, A P ^f   Akhunov, T A ^g,h   Burkhonov, O A ^g   Nuritdinov, S N ^g,h   Ullan A ⁱ  

^a A USIKOV INSTITUTE OF RADIO PHYSICS AND ELECTRONICS   (Ukraine)

^b UNIVERSITY OF CANTABRIA   (Spain)

^c MOSCOW STATE UNIVERSITY   (Russian Federation)

^d NATIONAL CENTRAL UNIVERSITY   (Taiwan)

^e INSTITUTE OF RADIO ASTRONOMY   (Ukraine)

^f V N KARAZIN KHARKIV NATIONAL UNIVERSITY   (Ukraine)

^g ULUGH BEG ASTRONOMICAL INSTITUTE   (Uzbekistan)

^h NATIONAL UNIVERSITY OF UZBEKISTAN   (Uzbekistan)

ⁱ CENTRO DE ASTROBIOLOGÍA CSIC INTA   (Spain)

Author keywords

Galaxies: general; Gravitational lensing; Quasars: general; Quasars: individual: FBQ 0951+2635

Indexed keywords

TELESCOPES; TIME MEASUREMENT;

FBQ 0951+2635; FLUX RATIO; GALAXIES GENERAL; GRAVITATIONAL LENSING; MICRO-LENSING; QUASAR: INDIVIDUAL: FBQ 0951+2635; QUASARS: INDIVIDUAL; QUASARS:GENERAL; SHORT TIME SCALE; TIME-SCALES;

GALAXIES;

EID: 77950234166     PISSN: 00358711     EISSN: 13652966     Source Type: Journal    
DOI: 10.1111/j.1365-2966.2009.15104.x     Document Type: Article

References (23)

1. Adelman-McCarthy J K. et al. ApJS 2008, 175:297.
2. Artamonov B P, Novikov S B, Ovchinnikov A A. Methods for Increasing the Efficiency of Optical Telescopes 1987, 16. Gladyshev S A, in, eds, Moscow State University, Moscow, p
3. Dai X, Kochanek C S. ApJ 2009, 692:677.
4. Ehgamberdiev S A, Baijumanov A K, Ilyasov S P, Sarazin M, Tillayev Y A, Tokovinin A A, Ziad A. A&AS 2000, 145:293.
5. Eigenbrod A, Courbin F, Meylan G. A&A 2007, 465:51.
6. Elíasdóttir A, Hjorth J, Toft S, Burud I, Paraficz D. ApJS 2006, 166:443.
7. Falco E E. et al. ApJ 1999, 523:617.
8. Gaynullina E R. et al. A&A 2005, 440:53.
9. Goicoechea L J, Gil-Merino R, Ullán A. MNRAS 2005a, 360:L60.
10. Goicoechea L J, Gil-Merino R, Ullán A, Serra-Ricart M, Muñoz J A, Mediavilla E, González-Cadelo J. ApJ 2005b, 619:19.
11. Goicoechea L J, Shalyapin V N, Koptelova E, Gil-Merino R, Zheleznyak A P, Ullah A. New Astron 2008, 13:182.
12. Jakobsson P, Hjorth J, Burud I, Letawe G, Lidman C, Courbin F. A&A 2005, 431:103.
13. Kochanek C S. ApJ 2004, 605:58.
14. Kochanek C S. et al. ApJ 2000, 543:131.
15. Koptelova E, Shimanovskaya E, Artamonov B, Sazhin M, Yagola A, Bruevich V, Burkhonov O. MNRAS 2005, 356:323.
16. Morgan C W, Kochanek C S, Morgan N D, Falco E E. ApJ 2007, submitted (arXiv:0707.0305)
17. Paraficz D, Hjorth J, Burud I, Jakobsson P, Elíasdóttir A. A&A 2006, 455:L1.
18. Schechter P L, Gregg M D, Becker R H, Helfand D J, White R L. AJ 1998, 115:1371.
19. Shalyapin V N, Goicoechea L J, Koptelova E, Ullán A, Gil-Merino R. A&A 2008, 492:401.
20. Wambsganss J. 1990, PhD thesis, Munich University, also available as report MPA 550
21. Wambganss J, Paczynski B. AJ 1991, 102:864.
22. Williams K A, Momcheva I, Keeton C R, Zabludoff A I, Lehár J. ApJ 2006, 646:85.
23. Yonehara A, Hirashita H, Richter P. A&A 2008, 478:95.