Odin is a 250 kg class satellite built in co-operation between Sweden, Canada, France, and Finland and launched in February 2001. It carries two instruments: a 4-band sub-millimetre radiometer used for both astronomy and atmospheric science and an optical spectrometer and infrared imaging system for purely atmospheric observations. As part of the joint mission Odin will observe the atmospheric limb for 50% of the observation time producing profiles of many species of interest in the middle atmosphere with a vertical resolution of 1-2 km. These species include, among others, ozone, nitrogen dioxide, chlorine monoxide, nitric acid, water vapour, and nitrous oxide. An overview of the mission and the planned measurements is given
The Sub-Millimetre Radiometer (SMR) on board the Odin satellite, launched on 20 February 2001, obser...
The Odin satellite carries two instruments measuring ozone spectra from which strato- spheric ozone ...
A number of new astronomy highlights from obser-vations using the sub-millimetre wave spectroscopy s...
Odin is a 250 kg class satellite built in co-operation between Sweden, Canada, France, and Finland a...
Odin is a satellite with a combined astronomy and aeronomy mission. It is designed for observations ...
Odin is a satellite with a combined astronomy and aeronomy mission. It is designed for observations...
Sweden's Odin international scientific small satellite is planned for launch into a sun synchro...
Water vapour plays an important role for the chemistry and dynamics of the atmosphere. It is a stron...
Sweden\u27s Odin international scientific small satellite is planned for launch into a sun synchrono...
The Odin satellite is equipped with millimetre and sub-millimetre receivers for observations of seve...
Sweden's Odin international scientific small satellite is planned for launch into a sun synchro...
Odin is a mm/submm-wave-spectroscopy Astronomy and Aeronomy satellite. Its design life time was two ...
The Sub-Millimetre Radiometer (SMR) on board the Odin satellite, launched in February 2001, observes...
Abstract: The optical spectrograph and infrared imager system (OSIRIS) on board the Odin spacecraft ...
The Sub-Millimetre Radiometer (SMR) on board the Odin satellite, launched on 20 February 2001, obser...
The Sub-Millimetre Radiometer (SMR) on board the Odin satellite, launched on 20 February 2001, obser...
The Odin satellite carries two instruments measuring ozone spectra from which strato- spheric ozone ...
A number of new astronomy highlights from obser-vations using the sub-millimetre wave spectroscopy s...
Odin is a 250 kg class satellite built in co-operation between Sweden, Canada, France, and Finland a...
Odin is a satellite with a combined astronomy and aeronomy mission. It is designed for observations ...
Odin is a satellite with a combined astronomy and aeronomy mission. It is designed for observations...
Sweden's Odin international scientific small satellite is planned for launch into a sun synchro...
Water vapour plays an important role for the chemistry and dynamics of the atmosphere. It is a stron...
Sweden\u27s Odin international scientific small satellite is planned for launch into a sun synchrono...
The Odin satellite is equipped with millimetre and sub-millimetre receivers for observations of seve...
Sweden's Odin international scientific small satellite is planned for launch into a sun synchro...
Odin is a mm/submm-wave-spectroscopy Astronomy and Aeronomy satellite. Its design life time was two ...
The Sub-Millimetre Radiometer (SMR) on board the Odin satellite, launched in February 2001, observes...
Abstract: The optical spectrograph and infrared imager system (OSIRIS) on board the Odin spacecraft ...
The Sub-Millimetre Radiometer (SMR) on board the Odin satellite, launched on 20 February 2001, obser...
The Sub-Millimetre Radiometer (SMR) on board the Odin satellite, launched on 20 February 2001, obser...
The Odin satellite carries two instruments measuring ozone spectra from which strato- spheric ozone ...
A number of new astronomy highlights from obser-vations using the sub-millimetre wave spectroscopy s...