J/MNRAS/486/5867 Simulated Transit depths of 12 Hot Jupiters (Singh+, 2019)
Synergies between space telescopes in the photometric characterization of the
atmospheres of Hot Jupiters.
Singh V., Scandariato G., Pagano I.
<Mon. Not. R. Astron. Soc. 486, 5867 (2019)>
=2019MNRAS.486.5867S 2019MNRAS.486.5867S (SIMBAD/NED BibCode)
ADC_Keywords: Stars, double and multiple ; Exoplanets ; Photometry
Keywords: techniques: photometric - planetary systems - stars: activity
Abstract:
We present the results of a study of synergies between space
telescopes (HST, CHEOPS, TESS, JWST, PLATO) in the photometric
characterization of the atmospheres of Hot Jupiters. We analyze a set
of planetary systems hosting a Hot Jupiter for which an atmospheric
template is available in literature. For each system, we simulate the
transit light curves observed by different instruments, convolving the
incoming spectrum with the corresponding instrumental throughput. For
each instrument, we thus measure the expected transit depth and
estimate the associated uncertainty. Finally, we compare the transit
depths as seen by the selected instruments and we quantify the effect
of the planetary atmosphere on multi-band transit photometry.
Description:
Simulated transit depths for the Hot Jupiters in the CREATES database
as seen by the following instruments: WFC3@HST - F336W, CHEOPS, TESS,
PLATO, NIRCAM@JWST - F140M, F150W2+F162M, F150W2+F164N, F182M, F187N,
F210M, F212N, F070W, F090W, F115W, F150W, F200W
File Summary:
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FileName Lrecl Records Explanations
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ReadMe 80 . This file
table3.dat 200 12 Simulated transit depths of 12 Hot Jupiters as
seen by future space telescopes
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Byte-by-byte Description of file: table3.dat
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Bytes Format Units Label Explanations
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1- 9 A9 --- Planet Planet's Name
12- 16 I5 ppm deltaF336W Transit depth with WFC3-HST(F336W)
19- 21 I3 ppm e_deltaF336W ?=- rms uncertainty on deltaF336W (1)
24- 28 I5 ppm deltaCHEOPS Transit depth with CHEOPS
31- 33 I3 ppm e_deltaCHEOPS rms uncertainty on deltaCHEOPS
36- 40 I5 ppm deltaPLATO ?=- Transit depth with PLATO
43- 45 I3 ppm e_deltaPLATO ?=- rms uncertainty on deltaPLATO (1)
48- 52 I5 ppm deltaTESS ?=- Transit depth with TESS
55- 57 I3 ppm e_deltaTESS ?=- rms uncertainty on deltaTESS (1)
60- 64 I5 ppm deltaF140M ?=- Transit depth with NIRCAM-JWST(F140M)
67- 68 I2 ppm e_deltaF140M ?=- rms uncertainty on deltaF140M (1)
72- 76 I5 ppm deltaF150W2+162M ?=- Transit depth with
NIRCAM-JWST(F150W2+162M)
79- 80 I2 ppm e_deltaF150W2+162M ?=- rms uncertainty on
deltaF150W2+162M (1)
84- 88 I5 ppm deltaF150W2+164N Transit depth with
NIRCAM-JWST(F150W2+164N)
91- 93 I3 ppm e_deltaF150W2+164N ?=- rms uncertainty on
deltaF150W2+164N (1)
96-100 I5 ppm deltaF182M Transit depth with NIRCAM-JWST(F182M)
103-104 I2 ppm e_deltaF182M ?=- rms uncertainty on deltaF182M (1)
108-112 I5 ppm deltaF187M Transit depth with NIRCAM-JWST(F187M)
115-117 I3 ppm e_deltaF187M ?=- rms uncertainty on deltaF187M (1)
120-124 I5 ppm deltaF210M Transit depth with NIRCAM-JWST(F210M)
127-128 I2 ppm e_deltaF210M ?=- rms uncertainty on deltaF210M (1)
132-136 I5 ppm deltaF212N Transit depth with NIRCAM-JWST(F212N)
139-141 I3 ppm e_deltaF212N ?=- rms uncertainty on deltaF212N (1)
144-148 I5 ppm deltaF070W Transit depth with NIRCAM-JWST(F070W)
151-152 I2 ppm e_deltaF070W ?=- rms uncertainty on deltaF070W (1)
156-160 I5 ppm deltaF090W Transit depth with NIRCAM-JWST(F090W)
163-164 I2 ppm e_deltaF090W ?=- rms uncertainty on deltaF090W (1)
168-172 I5 ppm deltaF115W Transit depth with NIRCAM-JWST(F115W)
175-176 I2 ppm e_deltaF115W ?=- rms uncertainty on deltaF115W (1)
180-184 I5 ppm deltaF150W Transit depth with NIRCAM-JWST(F150W)
187-188 I2 ppm e_deltaF150W ?=- rms uncertainty on deltaF150W (1)
192-196 I5 ppm deltaF200W Transit depth with NIRCAM-JWST(F200W)
199-200 I2 ppm e_deltaF200W ?=- rms uncertainty on deltaF200W (1)
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Note (1): Measurements with "--" uncertainties are the ones for which
saturation cannot be avoided.
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Acknowledgements:
Vikash Singh, vikash.singh(at)inaf.it
(End) Vikash Singh [INAF-OACT, Italy], Patricia Vannier [CDS] 13-May-2019