Mars dust microphysical properties retrieval through TGO/NOMAD UVIS and LNO channels combined nadir datasets analysis.

Oliva, F.; Willame, Y.; Altieri, F.; Bellucci, G.; D'Aversa, O.F.E.; Patel, M.R.; Amoroso, M.; Karatekin, Ö.; Vandaele, A.C.; Carrozzo, G.F.; Ristic, B.; Depiesse, C.; Ruiz Lozano, L.; Mason, J.; Lopez-Moreno, J.J.; Daerden, F.; Thomas, I.R.

doi:10.5194/epsc2021-501

Mars dust microphysical properties retrieval through TGO/NOMAD UVIS and LNO channels combined nadir datasets analysis. - Oliva, F. et al - published in Proc. European Planetary Science Congress 2021, 2021, pp. EPSC2021–501 (2021) - SCART-2023-0067

People who viewed this page also viewed:

(86) Ground-based GNSS for climate research: review and perspectives - Pacione, Rosa et al - Invited talk presented at First ICCC Workshop "Geodesy for Climate Research" on 2021-03-30 - CTALK-2021-0065

(85) Space Weather:  The Impact on Security & Defense - Janssens, Jan et al - BKSECT-2019-0014

(85) Coronal Holes Detection Using Supervised Classification - Delouille, Veronique et al - BKSECT-2019-0012

(85) On the Dependency between the Peak Velocity of High-speed Solar Wind Streams near Earth and the Area of Their Solar Source Coronal Holes - Hofmeister, Stefan J. et al - published in The Astrophysical Journal Letters (2020) - SCART-2021-0055

(84) GNSS Time and Frequency Transfer - Defraigne, Pascale - BKSECT-2019-0013

Download history:

Similar records

Space Pole Publications Server :: :: :: ::
Powered by v1.2.1
Maintained by

guest :: login Space Pole Publications Server
		Search		Submit		Personalize Your alerts Your baskets Your searches		Help