Korablev, O.Montmessin, FTrokhimovskiy, AFedorova, A AShakun, A. V.Grigoriev, A.V.Moshkin, B.E.Ignatiev, N.I.Forget, FLefevre, FAnufreychik, K.Dzuban, IIvanov, Y.S.Kalinnikov, Y.K.Kozlova, T.O.Kungurov, A.Makarov, V.Martynovich, F.Maslov, I.Merzlyakov, D. MerzlyakovMoiseev, P.P.Nikolskiy, Y.Patrakeev, A.Patsaev, D.Santos-Skripko, A.Sazonov, O.Semena, N.Semenov, A.Shashkin, V.Sidorov, A.Stepanov, A.V.Stupin, I.Timonin, D.Titov, A.Y.Viktorov, A.Zharkov, A.Altier, F.Arnold, G.Belyaev, D.A.Bertaux, J.L.Betsis, D.S.Duxbury, N.Encrenaz, T.Fouchet, TGérard, J.-C.Grassi, DGuerlet, SHartogh, P.Kasaba, YKhatuntsev, I.Krasnopolsky, V.A.Kuzmin, R.O.Lellouch, E.Lopez-Valverde, M.A.Luginin, M.Määttänen, A.Marcq, E.Martin-Torres, JavierMedvedev, A.S.Millour, E.Olsen, K.S.Patel, M.R.Quantin-Nataf, CRodin, A.V.Shematovich, V.I.Thomas, I.Thomas, NVazquez, L.Vincendon, M.Wilquet, V.Wilson, C.F.Zasova, L.VZelenyi, L.M.Zorzano, Maria-Paz2020-04-072020-04-072018Korablev, O, Montmessin, F, Trokhimovskiy, A, Fedorova, A A, Shakun, A V, Grigoriev, A V, Moshkin, B E, Ignatiev, N I, Forget, F, Lefevre, F, Anufreychik, K, Dzuban, I, Ivanov, Y S, Kalinnikov, Y K, Kozlova, T O, Kungurov, A, Makarov, V, Martynovich, F, Maslov, I, Merzlyakov, D M, Moiseev, P P, Nikolskiy, Y, Patrakeev, A, Patsaev, D, Santos-Skripko, A, Sazonov, O, Semena, N, Semenov, A, Shashkin, V, Sidorov, A, Stepanov, A V, Stupin, I, Timonin, D, Titov, A Y, Viktorov, A, Zharkov, A, Altier, F, Arnold, G, Belyaev, D A, Bertaux, J L, Betsis, D S, Duxbury, N, Encrenaz, T, Fouchet, T, Gérard, J-C, Grassi, D, Guerlet, S, Hartogh, P, Kasaba, Y, Khatuntsev, I, Krasnopolsky, V A, Kuzmin, R O, Lellouch, E, Lopez-Valverde, M A, Luginin, M, Määttänen, A, Marcq, E, Martin-Torres, J, Medvedev, A S, Millour, E, Olsen, K S, Patel, M R, Quantin-Nataf, C, Rodin, A V, Shematovich, V I, Thomas, I, Thomas, N, Vazquez, L, Vincendon, M, Wilquet, V, Wilson, C F, Zasova, L V, Zelenyi, L M & Zorzano, M-P 2018, 'The Atmospheric Chemistry Suite (ACS) of Three Spectrometers for the ExoMars 2016 Trace Gas Orbiter', Space Science Reviews, vol. 247, no. 1, 7. https://doi.org/10.1007/s11214-017-0437-60038-6308RIS: urn:65F574F13D14980C323EB525DFB86C28ORCID: /0000-0001-6479-2236/work/71759196RIS: urn:48846C1F9FC47CD472863A3AF87A949Ahttps://hdl.handle.net/2164/13984ExoMars is a space mission by ESA and Roscosmos. The development and fabrication of ACS was funded by Roscosmos with contributions from LATMOS (France) funded by CNES. Science operations are funded by Roscosmos and ESA. AAF, NII, DAB, JLB, DSB, ML acknowledge the grant #14.W03.31.0017 of Ministry for Education and Science of Russian Federation for science support of the ACS experiment. AT, AVS, and BEM acknowledge support from Russian Science Foundation (grant RSF 16-12-10453), which enabled assessment of measurement characteristics of the instrument and the associated modeling. LMZ acknowledges RSF funding (grant RSF 16-42-01103). Other authors affiliated with IKI acknowledge FANO, contracts 0120.06 02993 (0028-2014-0004) and 0120.03 03422 (0028-2014-0007). MRP acknowledges funding under the UK Space Agency grant ST/I003061/1 and ST/P001262/1. LV acknowledges the support of Ministerio de Economía y Competitividad of Spain under project ESP2016-79135-R. We are grateful to Richard Zurek and an anonymous reviewer for useful comments and suggestions, which helped improving this paper. We thank Sylvain Cnudde, Evgeny Germanyuk, and Ekaterina Korableva for help in rendering graphics. We also express our sincere gratitude to the space agencies, countries, companies, and project teams who made the ExoMars 2016 mission possible.6219815099engMarsAtmosphereHigh-resolution spectrometerFourier-spectrometerEchelleCross-dispersionQE GeologyQB AstronomyQEQBJournal article10.1007/s11214-017-0437-6http://urn.kb.se/resolve?urn=urn:nbn:se:ltu:diva-66886https://ui.adsabs.harvard.edu/abs/2018SSRv..214....7K2471