CDPP 3DView web-service for SMILE SXI synthetic X-ray observations

The Solar wind Magnetosphere Ionosphere Link Explorer (SMILE) is a joint mission between the European Space Agency (ESA) and the Chinese Academy of Sciences (CAS). SMILE is designed to investigate the dynamic response of the Earth’s magnetosphere to the solar wind impact in a global manner through simultaneous X-ray and UV imaging and in situ plasma and magnetic field measurements. One of the instrument onboard SMILE, the UK-led Soft X-ray Imager (SXI) will measure soft X-ray emissions resulting from the radiative de-excitation of the multi-charged ions (C, N, O, …) of the solar wind which charge-exchange (SWCX) with planetary neutrals in the Earth’s magnetosheath and cusps. These emissions are proportional to the solar wind ion flux and to the density of the neutral targets and are therefore sensitive to variations in these quantities. In regions of plasma pileup, such as the subsolar magnetosheath and polar cusps, the emission is enhanced, paving the way for imaging of these key regions of the Sun-Earth system.

The SMILE Modeling Working Group (MWG) strives to collect and homogenize the parameters of various simulations and provide synthetic observations to help interpret the future SMILE data. LATMOS has been developing test-particle simulations to complement the traditional MHD approach. The MWG simulation library will be integrated to the ESA SMILE L4 product database.

In order to support the scientific feedback of the SMILE mission, IRAP and CDPP (Centre de Données de Physique des Plasmas) teams have proposed with LATMOS a new web-service in the 3DView tool. This service offers the possibility to visualize a SWCX X-ray intensity/flux map for SMILE observation configurations and propose a 3D scene to facilitate the comprehension of the geometry of the observation. Future developments will enhance the inter-operability between the MWG simulation archive and the future SXI observations for the benefit of the SMILE community in order to enhance the science return of the mission.

Illustration of the joint ESA-CAS SMILE mission

Further Resources

IRAP and LATMOS staff involved

More news

Venus releases oxygen and carbon into space

Venus, unlike Earth, has no intrinsic magnetic field. As a result, the solar wind interacts directly with its atmosphere, accelerating charged particles that can escape into space. In situ measurements […]

MIRS: departure for Japan

MIRS, a small instrument weighing just ten kilos, is a veritable jewel of technology developed in just 4 years. Developed collectively by CNES, LESIA, LAB, LATMOS,OMP andIRAP, it will play […]

Jupiter and Saturn: a new theoretical model of giant magnetospheres

The giant planets in our Solar System are extremely complex systems. They are first characterized by their intense magnetic field, which creates a magnetic cavity, the magnetosphere, protecting their direct […]

Search