URSI GASS 2021 Call for papers

Soumis par mchane-y le lun, 01/02/2021 - 17:13

Annonce transmise par Bertrand Lembège (LATMOS)

 

XXXIII General Assembly and Scientific Symposium (GASS) of the International Union of Radio Science (URSI)
28 August – 4 September, 2021 – Sapienza University Campus, Rome, Italy
Infos on web site: https://www.ursi2021.org

 

The GASS will be a HYBRID MEETING, with provision for both on-site and online participation and presentations. 
 
Dear Colleague, 

 

 Please consider submitting an abstract to session H02  (detailed below) to be held during the forthcoming GA of URSI -2021  (Rome, Italy).  
* important deadlines: 

for abstract submission: Jan. 31st  2021 
for Notification of  abstract acceptance :  March 15th 2021

 
Receive our best regards.

 

Sincerely, 
 
B. Lembège, P. Escoubet, H. Zhang and I. Shinohara 
 
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session H02-Macro/micro-scale kinetic processes at natural frontiers in terrestrial and planetary environments:

     Natural frontiers play a important role in the energy and momentum transfert  between the solar wind and the planetary magnetosphere and/or between different regions within the magnetosphere itself. Intricated microscopic/macroscopic processes take place there over micro/meso/macro-scales. These processes are based on various nonlinear effects, nonstationary mechanisms and wave-particle interactions, which control the overall dynamics of these frontiers. The session welcomes presentations of recent results issued from theory, mono/multi-dimensional numerical simulations and experimental data obtained from various space missions The comparison between these approaches is possible thanks to high sampling rate of measurements obtained on board of recent multi-spacecraft missions (e.g. MMS) and to high resolution local/global simulations. Comparison with data issued from other missions are also encouraged. Applications include magnetospheric, ionospheric and space plasma physics Contributions related to these topics are very welcome. Typical boundary layers may include: (i) foreshocks regions/collisionless shocks, (ii) the magnetopause, (iii) plasma sheet currents, (iv) nearby/far magnetotail dynamics and dipolarisation front,  (vi) potential drops in the ionosphere and cusp dynamics, and (vii) basic particle acceleration processes. Comparative analysis of results dedicated to terrestrial and planetary environments are also encouraged. 

Conveners: 
 
B. Lembège (France); ( bertrand.lembege@latmos.ipsl.fr)
P. Escoubet (Netherlands); (philippe.escoubet@esa.int)
H. Zhang (Alaska); (hzhang14@alaska.edu) 
I. Shinohara (Japan);  (iku@stp.isas.jaxa.jp)