sameAs
The EChO science caseThe presence of methane in the atmosphere of an extrasolar planetProbing the terminator region atmosphere of the Hot-Jupiter XO-1b with transmission spectroscopySpectrum of hot methane in astronomical objects using a comprehensive computed line list.Spectral signatures of photosynthesis. II. Coevolution with other stars and the atmosphere on extrasolar worlds.Water vapour in the atmosphere of a transiting extrasolar planet.Galactic planetary science.Origin and formation of planetary systems.Dynamical habitability of planetary systems.Detectability of planetary characteristics in disk-averaged spectra. I: The Earth model.Disk-averaged synthetic spectra of Mars.The far future of exoplanet direct characterization.A roadmap for the detection and characterization of other Earths.Biosignatures from Earth-like planets around M dwarfs.Detectability of planetary characteristics in disk-averaged spectra II: synthetic spectra and light-curves of earth.Co-evolution of atmospheres, life, and climate.Water in exoplanets.A ground-based near-infrared emission spectrum of the exoplanet HD 189733b.Origin and evolution of life on terrestrial planets.The search for worlds like our own.Molecular detectability in exoplanetary emission spectraTau-REx I: a next generation retrieval code for exoplanetary atmospheresBlind extraction of an exoplanetary spectrum through independent component analysisAn integrated payload design for the Exoplanet Characterisation Observatory (EChO)Characterizing the atmospheres of transiting planets with a dedicated space telescopeEChOMethane in the atmosphere of the transiting hot Neptune GJ436B?The science of EChOExploring extrasolar worlds: from gas giants to terrestrial habitable planetsWater in the atmosphere of HD 209458b from 3.6-8 μm IRAC photometric observations in primary transitMolecular signatures in the near-infrared dayside spectrum of HD 189733bGeophysical and Atmospheric Evolution of Habitable PlanetsA chemical survey of exoplanets with ARIELAn afocal telescope configuration for the ESA ARIEL missionAn integrated payload design for the Atmospheric Remote-sensing Infrared Exoplanet Large-survey (ARIEL)Thermal control system of the Exoplanet Characterisation Observatory Payload: design and predictionsThermal architecture of the Exoplanet Characterisation Observatory payloadWater, methane, and carbon dioxide present in the dayside spectrum of the exoplanet HD 209458bThe science of ARIEL (Atmospheric Remote-sensing Infrared Exoplanet Large-survey)The EChO payload instrument – an overview
P50
Q27014187-8188EA7B-F5A2-4FAD-9844-D7558277F07CQ28273345-2E342583-82F2-4C91-9E67-150D85BC7FEEQ29301534-29AA9D9B-8113-4A1C-89F0-1F90368A262BQ33853995-C148BEF7-F8DB-486B-9C9D-CB0D9AA4DC8FQ34615585-4AE0760F-4E65-4383-8FD2-996967BC0E08Q34649204-B66EC585-DCF3-41F6-925B-68BC637D6DBDQ37695930-D52DF918-5FA6-46B9-8CBF-A5C14B1D8E20Q37715983-E16AAE9C-B762-405A-9CBB-E47666BFE195Q37715986-414F3A6B-1A42-4D5A-ABFC-11EAB089DF97Q38484765-DA0F23B6-B709-4A65-A096-8BE70606F58BQ38487108-BBFE2CD1-66CA-4AEF-B78A-267192D56925Q39889830-807985E2-108D-49CD-BFE6-0AD0A0967882Q39889835-C6A79623-EA29-4BBD-A879-73DF3880E2DCQ40362396-EB7319D4-1F1B-4967-8D31-60440B356640Q42698335-BC554EE7-73E3-4A15-B22C-AD60C02CF7F4Q43122176-6C26F3A0-74CD-4AF8-8CA3-39CA29E2EF45Q45199039-14A7E474-D489-4456-96E9-7F4C45DD1BDAQ46025494-37B112D7-6D1E-4D07-85BD-83CE6EDA681AQ47617567-FE2F1D19-8BB4-4751-8F53-6B893FFDFCECQ48857191-B72B2516-C084-49B6-86F7-290AA97212B1Q56211261-547A8F2A-697C-4102-BC48-AEFEFAD7B088Q57187417-D8E97EE6-D0D8-4AA1-9432-804D2D64B0BCQ57187508-48796F52-30D7-4EF2-BD76-40CB3C45CCCAQ57187538-21205286-09DE-4025-B9D1-BF13AAE84BC9Q57187548-C920AB60-A72D-48B0-9583-A9D318B2D217Q57187567-441CB7DD-F7D4-4053-8B70-6D44004222DAQ57187635-D74995D6-9729-456F-A579-D3C9F021B7FEQ57187653-3C1F7ED0-176E-4784-A39C-ED1461C0F7CBQ57187668-DABA90F9-5357-4D2C-8AC0-95F9D6A9A352Q57187709-DE237009-F791-4BB1-B8FB-89B998484FFBQ57309675-2826E4B5-FEF4-4130-9BA5-C1A50F03F4ADQ57662466-BD27F2DF-038B-4EB2-B2C2-9E681A5C7C30Q57748830-4154417D-A558-4D97-9FF1-3DA06CEDD6D5Q57748875-EAACF105-8AE0-4B95-B03B-26C7D0FF3552Q57748914-3F984ACD-2ABE-4E8D-A487-8D316BA71B3CQ57748969-01DB5CE6-144A-4418-891A-4AEC34AED2B3Q57749010-A528025C-1262-47BF-A043-235D6C6DCE38Q58473963-F641B23A-CE31-4531-AEC4-02C56C54EABAQ58912939-B73EBE80-8D99-430C-869C-E32FBBD0CDF3Q58922784-5765F5D4-D234-427D-8121-7D57CF7D0CE9
P50
description
Itaalia füüsik
@et
Italiaans natuurkundige
@nl
Italian astrophysicist
@en
fisica e astronoma italiana
@it
fisiceoir Iodálach
@ga
fiziciană italiană
@ro
fizikane italiane
@sq
física italiana
@ca
física italiana
@es
física italiana
@gl
name
Giovanna Tinetti
@ast
Giovanna Tinetti
@ca
Giovanna Tinetti
@da
Giovanna Tinetti
@en
Giovanna Tinetti
@es
Giovanna Tinetti
@fr
Giovanna Tinetti
@ga
Giovanna Tinetti
@it
Giovanna Tinetti
@nb
Giovanna Tinetti
@nl
type
label
Giovanna Tinetti
@ast
Giovanna Tinetti
@ca
Giovanna Tinetti
@da
Giovanna Tinetti
@en
Giovanna Tinetti
@es
Giovanna Tinetti
@fr
Giovanna Tinetti
@ga
Giovanna Tinetti
@it
Giovanna Tinetti
@nb
Giovanna Tinetti
@nl
prefLabel
Giovanna Tinetti
@ast
Giovanna Tinetti
@ca
Giovanna Tinetti
@da
Giovanna Tinetti
@en
Giovanna Tinetti
@es
Giovanna Tinetti
@fr
Giovanna Tinetti
@ga
Giovanna Tinetti
@it
Giovanna Tinetti
@nb
Giovanna Tinetti
@nl
P108
P214
P244
P269
P1053
G-7956-2017
P106
P108
P1153
55893633200
P1412
P166
P21
P213
0000 0003 6715 5034
P214
P244
no2012022149
P269
P27
P31
P3829
P396
IT\ICCU\TO0V\509920