Abrams, M.C.

Bernath, Peter

Boone, Chris

Bütler, Monika

Camy-Peyret, Claude

Carleer, Michel

Clerbaux, Cathy

Coheur, Pierre-François

Colin, Réginald

De Mazière, Martine

Decola, P.

Drummond, James

Dufour, Dominique

Evans, W.F.J.

Fast, Hans

Fussen, D.

Gilbert, K

Jennings, D.E.

Llewellyn, E.J.

Lowe, R.P.

Mahieu, Emmanuel

McConnell, John

McElroy, Charles Thomas

McHugh, M.

McLeod, S.D.

Michaud, R.

Midwinter, C.

Nassar, R.

Nichitiu, Florian

Nowlan, Caroline

Rinsland, Curtis

Rochon, Y.J.

Rowlands, N.

Semeniuk, Kirill

Simon, Philippe

Skelton, Randall

Sloan, J.J.

Soucy, M.A.

Strong, Kimberly

Tremblay, Philippe

Turnbull, D.

Walker, Kaley

Walkty, I.

Wardle, David A.

Wehrle, V.

Zander, Rodolphe

Zou, Jason

P. F. Bernath

Burrows

Carlotti

Gunson

Kent

McElroy

Nassar

Rinsland

Rothman

Walker

World Meteorological Organization

Crossref

Atmospheric Chemistry Experiment (ACE): Mission overview

SCISAT-1, also known as the Atmospheric Chemistry Experiment (ACE), is a Canadian satellite mission for remote sensing of the Earth's atmosphere. It was launched into low Earth circular orbit (altitude 650 km, inclination 74°) on 12 Aug. 2003. The primary ACE instrument is a high spectral resolution (0.02 cm−1) Fourier Transform Spectrometer (FTS) operating from 2.2 to 13.3 μm (750–4400 cm−1). The satellite also features a dual spectrophotometer known as MAESTRO with wavelength coverage of 285–1030 nm and spectral resolution of 1–2 nm. A pair of filtered CMOS detector arrays records images of the Sun at 0.525 and 1.02 μm. Working primarily in solar occultation, the satellite provides altitude profile information (typically 10–100 km) for temperature, pressure, and the volume mixing ratios for several dozen molecules of atmospheric interest, as well as atmospheric extinction profiles over the latitudes 85°N to 85°S. This paper presents a mission overview and some of the first scientific results

Bernath, P. F.

Mcelroy, C.T.

Abrams, M. C.

Boone, C.D.

Butler, M.

Camy-Peyret, C.

Carleer, M.

Colin, R.

Demazière, M.

Drummond, J. R.

Dufour, D.

Evans, W. F. J.

Fast, H.

Gilbert, K.

Jennings, D. E.

Llewellyn, E. J.

Lowe, R. P.

Mahieu, E.

Mcconnell, J. C.

Mchugh, M.

Mcleod, S. D.

Nichitiu, F.

Nowlan, C.

Rinsland, C. P.

Rochon, Y. J.

Semeniuk, K.

Simon, P.

Skelton, R.

Sloan, J. J.

Soucy, M.-A.

Strong, K.

Tremblay, P.

Walker, K. A.

Wardle, D. A.

Zander, R.

Zou, J.

HAL-INSU

Atmospheric Chemistry Experiment (ACE): Mission overview.

peer reviewedSCISAT-1, also known as the Atmospheric Chemistry Experiment ( ACE), is a Canadian satellite mission for remote sensing of the Earth's atmosphere. It was launched into low Earth circular orbit ( altitude 650 km, inclination 74 degrees) on 12 Aug. 2003. The primary ACE instrument is a high spectral resolution (0.02 cm(-1)) Fourier Transform Spectrometer (FTS) operating from 2.2 to 13.3 mm ( 750 - 4400 cm(-1)). The satellite also features a dual spectrophotometer known as MAESTRO with wavelength coverage of 285 - 1030 nm and spectral resolution of 1 - 2 nm. A pair of filtered CMOS detector arrays records images of the Sun at 0.525 and 1.02 mu m. Working primarily in solar occultation, the satellite provides altitude profile information ( typically 10 - 100 km) for temperature, pressure, and the volume mixing ratios for several dozen molecules of atmospheric interest, as well as atmospheric extinction profiles over the latitudes 85 degrees N to 85 degrees S. This paper presents a mission overview and some of the first scientific results

Athmospheric chemistry experiment (ACE): mission overview

Abstract

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