|
Exoplanet Name : |
HATS-52 b |
|
Alternate Name : |
|
|
Status : |
Confirmed |
|
Radius (Rjup / Re): |
1.3820 |
(Rjup) |
15.4908 |
(Rearth) |
|
Mass (Mjup / Me): |
2.2400 |
(Mjup) |
712.1811 |
(Mearth) |
|
Semi Major Axis / Orbital Distance Calculated |
0.0250 |
(AU) |
0.0250 |
(AU Est.) |
|
Eccentricity : |
0.2460 |
|
Orbital Period(Yrs) |
0.0037 |
|
Orbital Period(Observed/Estimated) |
1.37 |
(Days Obs.) |
1.37 |
(Days Est.) |
|
Surface Gravity (G Earth) |
2.9678 |
|
Star Radiation at Atmospheric Boundary: |
2805312.2 |
(W/m2) |
|
Measured Temperature (K) |
0.0 |
(K) |
|
Blackbody T 0.1(K) |
1826.6 |
(K) |
|
Blackbody T 0.3(K) |
1715.3 |
(K) |
|
Blackbody T 0.7(K) |
1387.9 |
(K) |
|
Tidally Locked Blackbody T 0.1(K) |
2172.2 |
(K) |
|
Tidally Locked Blackbody T 0.3(K) |
2039.9 |
(K) |
|
Size Class: |
Super-Jupiter-size |
|
Mass Class: |
|
|
Detection Type : |
Primary Transit |
|
Mass Detection : |
Radial Velocity |
|
Radius Detection : |
Primary Transit |
|
Habitability by Solar Eq. Astronomical Unit: |
Not habitable |
|
Habitability by Kopparapu: |
Not habitable |
|
Star Name : |
HATS-52 |
|
Alternate Name : |
|
|
Star Distance(LY) : |
2058.0 |
|
Stellar Radius(Rsun) : |
1.0 |
(Rsun Measured) |
|
Stellar Mass(Msun) : |
1.1 |
(Msun Measured) |
1.1 |
(Msun Estimated) |
|
Star Age : |
1.2 |
(GY) |
|
Temperature : |
6010 |
(K) |
|
Spectral type : |
G0 |
|
UV portion[%]: |
7.8 |
|
Visible portion[%]: |
44.8 |
|
IR portion[%]: |
47.4 |
|
Metalicity : |
0.2 |
|
Absolute Magnitude: |
4.7 |
|
Apparent Magnitude: |
13.7 |
|
Right Ascension(RA) |
140.0875 |
|
Declination (DEC) |
-31.2694 |
|
Hubble Space Telescope Guide Star Catalog (GSC) ID |
|
|
Discovered by |
|
|
Discovery Paper - Authors |
"Joel D. Hartman (Princeton), Waqas Bhatti (Princeton), G_sp_r _. Bakos (Princeton), Allyson Bieryla (CfA), G_za Kov_cs (Konkoly), David W. Latham (CfA), Zoltan Csubry (Princeton), Miguel de Val-Borro (Princeton), Kaloyan Penev (Princeton), Lars A. Buchhave (CfA), Guillermo Torres (CfA), Andrew W. Howard (IfA), Geoff W. Marcy (UC Berkeley), John A. Johnson (CfA), Howard Isaacson (UC Berkeley), Bun'ei Sato (Tokyo Inst. of Tech.), Isabelle Boisse (Aix Marseille Universit_), Emilio Falco (CfA), Mark E. Everett (NOAO), Tamas Szklenar (Hungarian Astronomical Association), Benjamin J. Fulton (IfA), Avi Shporer (JPL), Tamas Kov_cs (Konkoly), Terese Hansen (Landessternwarte), Bence B_ky (Google), Robert W. Noyes (CfA), J_zsef L_z_r (Hungarian Astronomical Association), et al." |
|
Discovery Paper - Title |
"HAT-P-50b, HAT-P-51b, HAT-P-52b, and HAT-P-53b: Three Transiting Hot Jupiters and a Transiting Hot Saturn From the HATNet Survey" |
|
Discovery Paper - Journal |
DOI:10.1088/0004-6256/150/6/168 |
|
Discovery Paper - URL |
https://arxiv.org/abs/1503.04149 |
|
SIMBAD LINK |
https://simbad.u-strasbg.fr/simbad/sim-basic?Ident=HATS-52&submit=SIMBAD+search |
|
Open Exoplanet Database Link |
http://www.openexoplanetcatalogue.com/planet/HAT-P-52%20b/ |
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HATS-52 b
HATS-52 b
HATS-52 b is an exoplanet orbiting the star HATS-52, located about 2058.0 light-years (631.0 pc) away from Solar System. Its discovery was publicly announced on 2017.
The host star HATS-52 has apparent magnitude of 13.7, with absolute magnitude of 4.7. It is 1.1 times more massive and 1.0 times bigger compared with our Sun. The surface temperature is 6010 with its spectral types of G0
In this planetary system, the extrasolar planet HATS-52 b orbits around the star HATS-52 every 1.4 days with its orbital distance of 0.02 AU ( 3736954.8 km)
(Projected orbit of HATS-52 b around its host star HATS-52)
The Star HATS-52 's habitable zone is located at the following distance
Inner Boundary (the orbital distance at Venus's Equivalent Radiation )
: 0.818 AU ( 122444347.4 km)
Earth Boundary (the orbital distance at Earth's Equivalent Radiation)
: 1.131 AU ( 169250086.7 km)
Outer Boundary (the orbital distance at Mars's Equivalent Radiation)
: 1.724 AU ( 257899677.2 km)
Snow Line (the orbital distance at Snow Line Equivalent Radiation)
: 2.537 AU ( 379510672.8 km)
Radiation at Planetary Boundary of HATS-52 b : 2805312.19 W/m2
(Habitable zone calculated based on SEAU(Solar Equivalent Astronomical Unit) around the star HATS-52)
Kopparapu Recent Venus for Star HATS-52 distance : 0.836 AU
Kopparapu Runaway Greenhouse for Earth-sized planet for Star HATS-52 distance : 1.059 AU
Kopparapu Runaway Greenhouse for Super-Earth-sized planet for Star HATS-52 distance : 1.023 AU
Kopparapu Runaway Greenhouse for Mars-sized planet for Star HATS-52 distance : 1.121 AU
Kopparapu Outer Boundary for Maximum Greenhouse for Star HATS-52 distance : 1.860 AU
Kopparapu Outer Boundary for Early Mars for Star HATS-52 distance : 1.962 AU
(Habitable zone calculated based on Kopparapu et al.(2013) around the star HATS-52)
Original Kopparapu Recent Venus for Star HATS-52 distance : 0.842 AU
Original Kopparapu Runaway Greenhouse for Star HATS-52 distance : 1.088 AU
Original Kopparapu Moist Greenhouse for Star HATS-52 distance : 1.114 AU
Original Kopparapu Outer Boundary for Maximum Greenhouse for Star HATS-52 distance : 1.893 AU
Original Kopparapu Outer Boundary for Early Mars for Star HATS-52 distance : 1.969 AU
(Habitable zone calculated based on Kopparapu et al.(Original) around the star HATS-52)
(Position in Stellar Map of star HATS-52 and its Exoplanet HATS-52 b)
(Zoomed position in Stellar Map of star HATS-52 and its Exoplanet HATS-52 b (zoom level 3))
(Synthetic Spectrum of star HATS-52*)
*Yamashiki YA et al. 2019 ApJ 881 114
MUSCLES Paper I - France et al. 2016 ApJ 820 89
MUSCLES Paper II- Youngblood et al. 2016 ApJ 824 101
MUSCLES Paper III- Loyd et al. 2016 ApJ 824 102
