From the Extrasolar Planets Encyclopaedia : http://exoplanet.eu 
Planet : OGLE-TR-182 b
THE PLANET
Basic data : 
 
Name OGLE-TR-182 b
Discovered in2007   
M.sin i1.06 (± 0.15) MJ ref.
Semi major axis0.051 (± 0.001) AU ref.
Orbital period3.9791 (± 1e-05) days ref.
Eccentricity  ref.
Radius1.47 (± 0.14) RJ ref.
Ttransit2454270.572 (± 0.002)  ref.
Inclination85.7 (± 0.3) deg. ref.
Update24/06/10   
No molecule detected
 
Remarks : 
 Geneva Observatory Data
Other web pages : 
 finding chart and photometric data
 20 related publications :  (sort by author)  (sort by date)
 
 
PONT F., TAMUZ O., UDALSKI A., MAZEH T., BOUCHY F., MELO C., NAEF D., SANTOS N., MOUTOU C., DIAZ R., GIEREN W., GILLON M., HOYER S., KUBIAK M., MAYOR M., MINNITI D., PIETRZYNSKI G., QUELOZ D., RAMIREZ S., RUIZ M., SOSZYNSKI I., SZWCZYK., SZYMANSKI M.? UDRY S., ULACZYK K., WYRZYKOWSKI L. & ZOCCALI M. , 2008
A transiting planet among 23 new near-threshold candidates from the OGLE survey - OGLE-TR-182
Astron. & Astrophys. , 487 , 749
preprint
 
 
SOUTHWORTH J. , 2008
Homogeneous studies of transiting extrasolar planets. I. Light curve analyses
MNRAS , 386 , 1644
paper
 
 
KASHYAP V., DRAKE J. & SAAR S. , 2008
Extrasolar Giant Planets and X-ray Activity
ApJ. , 687 , 1339
paper
 
 
HOYER S. , 2008
Photometric Follow-up of 6 OGLE Transiting Planets Candidates
BAAS , 40, no 3 , 11.15
abstract
 
 
JACKSON B., BARNES R. & GREENBERG R. , 2008
Planetary Transits and Tidal Evolution
in Transiting Planets, IAU Symp. No. 253
paper
 
 
MINNITI D., MELO C., NAEF D., UDALSKI A., PONT F., MOUTOU C., SANTOS N., QUELOZ D., MAZEH T., GILLON M., MAYOR M., UDRY S., DIAZ R., HOYER S., RAMIREZ S., PIETRZYNSKI G., GIEREN W., RUIZ M.-T., ZOCCALI M., TAMUZ O., SHPORER A., KUBIAK M., SOSZYNSKI I., SZEWCZYK O., SZYMANSKI M., ULACZYK K. & WYRZYKOWSKI L. , 2008
Behind the Scenes of the Discovery of Two Extrasolar Planets: ESO Large Programme 666
The Messenger , 133 , 21
paper
 
 
MILLER N., FORTNEY J., & JACKSON B. , 2008
Coupled Thermal and Tidal Evolution of Known Transiting Planets
BAAS , 41, no 1 , 402.07
abstract
 
 
MADHUSUDHAN N. & WINN J. , 2008
Empirical Constraints on Trojan Companions and Orbital Eccentricities in 25 Transiting Exoplanetary Systems
ApJ. , 693 , 784
paper
 
 
PONT F. , 2008
Empirical evidence for tidal spin-up in transiting planetary systems
MNRAS , 396 , 1789
paper
 
 
LEVRARD B., WINISDOERFFER C. & CHABRIER G. , 2009
Falling Transiting Extrasolar Giant Planets
ApJ. Letters , 692 , L9
paper
 
 
FRESSIN F., GUILLOT T. & NEST L. , 2009
Interpreting the yield of transit surveys: Are there groups in the known transiting planets population?
Astron. & Astrophys. , 504 , 605
paper
 
 
CARLBERG J., MAJEWSKI S. & ARRAS Ph. , 2009
The Role of Planet Accretion in Creating the Next Generation of Red Giant Rapid Rotators
ApJ. , - , -
accepted
preprint
 
 
LAMMER H., ODERT P., LEITZINGER M., KHODACHENKO M., PANCHENKO M., KULIKOV Y., ZHANG T., LICHTENEGGER H., ERKAEV N., WUCHTERL G., MICELA G., PENZ T., BIERNAT H., WEINGRILL J., STELLER M., OTTACHER H., HASIBA J. & HANSELMEIER A. , 2009
Determining the mass loss limit for close-in exoplanets: what can we learn from transit observations?
Astron. & Astrophys. , 506 , 399
paper
 
 
LANZA A. , 2010
Hot Jupiters and the evolution of stellar angular momentum
Astron. & Astrophys. , - , -
accepted
preprint
 
 
WRIGHT J., MARCY G. & the California Planet Survey consortium , 2010
Exoplanet Data Explorer
web page
 
 
WATSON C. & MARSH T. , 2010
Orbital period variations of hot-Jupiters caused by the Applegate effect
MNRAS , 405 , 2037
paper
 
 
BUDAJ J. , 2010
A simple model of the reflection effect for the interacting binaries and extrasolar planets
ApJ. , - , -
submitted
preprint
 
 
SOUTHWORTH J. , 2010
Homogeneous studies of transiting extrasolar planets. III. Additional planets and stellar models
MNRAS , - , -
accepted
preprint
 
 
WEIDNER C. & HORNE K. , 2010
Limits on the Orbits and Masses of Moons around Currently-Known Transiting Exoplanets
Astron. & Astrophys. , - , -
accepted
preprint
 
 
DONNISON J. , 2010
The Hill stability of the possible moons of extrasolar planets
MNRAS , 406 , 1918
paper
THE STAR
Basic data :   
More data : 
  - Basic data (from Simbad)
- Most recent ref (from ADS)
 
Name OGLE-TR-182
Apparent Magnitude V16.84   
Apparent Magnitude I15.86   
Apparent Magnitude H14.9   
Apparent Magnitude J15.45   
Apparent Magnitude K14.74   
Mass1.14 (± 0.05) Msun ref.
Effective Temperature5924 (± 64) K ref.
Radius1.14 (−0.06+0.23Rsun ref.
Metallicity [Fe/H]0.37 (± 0.08)   ref.
Right Asc. Coord.11 09 19   
Decl. Coord.-61 05 43