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28th Spacecraft Plasma Interaction Network in Europe (SPINE) meeting

8–10 Jun 2021
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Europe/Amsterdam timezone

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Contribution List

51 out of 51 displayed
  1. 20. Introduction
    Fabrice Cipriani (ESA)
    08/06/2021, 09:30
  2. 11. Modelling of an un-collimated retarding potential analyzer and comparison with Express-A in-flight measurements
    Lucas Nicolle (ONERA)
    08/06/2021, 09:40
  3. 12. Comparison of methods for Numerical Modeling of Electric Propulsion Plume-Spacecraft Interaction
    Mr Rikard Siljeströmer (KTH Royal Institute of Technology)
    08/06/2021, 10:00
  4. 45. Enhancement of plasma simulation data interpretability & credibility
    Dejan Petkow (SPARC Industries SARL)
    08/06/2021, 10:20
  5. 14. Computational Plasma Engineerng of Gridded Ion Optics
    Ullrich Siems (Sparc-Industries)
    08/06/2021, 10:40
  6. 15. Flight Electric Propulsion Diagnostic Package (EPDP) for EP Satellite Platforms
    Thomas Trottenberg (Christian-Albrechts-Universität zu Kiel)
    08/06/2021, 11:00
  7. 16. Development and test of the CubeSIM payload for the CROCUS mission
    Yoann Bernard-Gardy (ONERA/DPHY)
    08/06/2021, 11:30
    ESD
  8. 17. ESD risks and effects on spacecraft solar panels : Numerical tools and simulations
    Sébastien Hess (ONERA)
    08/06/2021, 11:50
    ESD
  9. 18. Flash-over propagation model on spacecraft solar panels
    Loanne Monnin
    08/06/2021, 12:10
    ESD
  10. 13. Plume-based Improvement of Satellite Charging & Contamination Analyses
    Sander Rouwette (SPARC Industries)
    08/06/2021, 13:50
  11. 21. The Open Plume Software
    Jens Laube (OHB System AG)
    08/06/2021, 14:10
  12. 22. A method to compute interconnectors erosion in SPIS
    Vincent MALZIEU (Airbus Defence and Space)
    08/06/2021, 14:30
  13. 24. Spacecraft Charging Analyses at OHB
    Henning Wulf (OHB System)
    08/06/2021, 15:25
  14. 26. Charging simulations in the LEO auroral plasma – Recent results and feedback on environment definition
    Christian Imhof (Airbus Denfence and Space GmbH)
    08/06/2021, 15:45
  15. 27. Just-In-Time charging risk analysis with SPIS in the frame of the H2020/PAGER space weather predictions framework
    Julien Forest (Artenum)
    08/06/2021, 16:05
  16. 25. LEO charging Environment characterisation using Amber data
    Fabrice Cipriani (ESA), Florine Enengl (UiO)
    08/06/2021, 16:25
  17. 29. Assessment of Geosynchronous Orbit Surface Charging Conditions Using GOES-16/17 MPS-Lo Data
    Dave Pitchford (CarringtonSpace)
    08/06/2021, 16:45
  18. 28. Plasmaspheric products for space weather services
    János Lichtenberger (Department of Geophysics and Space Sciences, Eötvös University, Budapest)
    08/06/2021, 17:05
  19. 30. PEMEM: new probability model of keV plasma environment inside geostationary orbit
    Stepan Dubyagin (Finnish Meteorological Institute)
    08/06/2021, 17:25
  20. 31. Day 1 round table and wrap up discussion (EP, ESD, Models and data)
    08/06/2021, 17:45
  21. 1. JUICE surface charging in the auroral zone of Ganymede
    Mika Holmberg
    09/06/2021, 09:30
  22. 3. A Charging Model for the Rosetta Spacecraft
    Fredrik Johansson (Swedish Institute of Space Physics)
    09/06/2021, 09:50
  23. 4. Influence of the spacecraft potential on low-energy ion measurements made by the by the Jovian plasma Dynamics and Composition (JDC) analyser on JUICE
    Mr Matteo Bochet
    09/06/2021, 10:10
  24. 5. Effects of the PICASSO platform on the Sweeping Langmuir Probe (SLP) instrument
    Sylvain Ranvier (Royal Belgian Institute for Space Aeronomy (BIRA-IASB))
    09/06/2021, 10:30
  25. 6. The impact of CubeSat charging on Thermospheric plasma measurements
    Sachin Alexander Reddy (Mullard Space Science Laboratory)
    09/06/2021, 10:50
  26. 7. End-to-end validation of the SPIS-ASPOC module through simulations of the Cluster spacecraft and comparison with Cluster data
    Guillaume Tcherniatinsky (LPP, Palaiseau, France)
    09/06/2021, 11:25
  27. 8. Response of the MMS spacecraft to being actively controlled
    Klaus Torkar (Austrian Academy of Sciences)
    09/06/2021, 11:45
  28. 9. Spacecraft effects on electron measurements - combining SPIS with data from Solar Orbiter’s Solar Wind Analyser
    Gethyn Lewis (UCL-MSSL)
    09/06/2021, 12:05
  29. 10. Focus on physical modelling and usability improvements of SPIS in the frame of SPIS-ASPOC and SPIS-LISA projects
    Pierre Sarrailh (ONERA - The French Aerospace Lab)
    09/06/2021, 12:25
  30. 33. Vlasov-Poisson solvers and database of I-V characteristics for electron-emitting objects of cylindrical and elliptic cross-sections immersed in Maxwellian plasmas
    Gonzalo Sanchez-Arriaga (Universidad Carlos III de Madrid)
    09/06/2021, 13:45
  31. 32. Kinetic simulations and regression inference of plasma environment parameters
    Richard Marchand (University of Alberta)
    09/06/2021, 14:05
  32. 54. Charging codes application to science missions round table
    09/06/2021, 14:25
  33. 37. Time-dependent electron environment effect on the internal charging dynamics by SPIS-IC simulations.
    hector balboa (ONERA)
    09/06/2021, 14:55
  34. 38. The Monte Carlo Internal Charging Tool
    Gregoire Deprez (ESA)
    09/06/2021, 15:15
  35. 39. ICM, the Internal Charging Meshing edge-plugin: A CNES contribution to the internal charging question
    Benjamin RUARD (Artenum)
    09/06/2021, 15:35
  36. 40. 3D Internal Charging Analysis in FASTRAD
    Jérémie PLEWA (TRAD)
    09/06/2021, 15:55
  37. 34. Materials charging investigations for JUICE
    Bruno Delacourt (ESA)
    09/06/2021, 16:30
  38. 35. Determination and archiving of the electrostatic characteristics of the space materials at ONERA
    Ludivine Leclercq (ONERA)
    09/06/2021, 16:50
  39. 36. Environments and materials properties database round table
    09/06/2021, 17:10
  40. 53. Day 2 round table and wrap up discussion
    09/06/2021, 17:40
  41. 41. Dust removal and cleaning of optical surfaces in lunar environments
    Jean-Charles MATEO-VELEZ (ONERA)
    10/06/2021, 09:30
  42. 43. Cassini’s Interaction with Saturn’s Dusty Ionosphere: 3-D Particle-In-Cell Simulations
    Ravindra Desai (Imperial College London)
    10/06/2021, 10:10
  43. 44. LIGGGHTS_LAMMPS coarse grained molecular dynamics codes for powder modeling of lunar dust
    Michael Mallon
    10/06/2021, 10:30
  44. 47. SPIS advancement proposal: Coupling to other open-source solvers, automation, cloud deployment
    Adam Obrusnik (PlasmaSolve s.r.o.)
    10/06/2021, 10:50
  45. 46. Performance and Reliability of VSTRAP – a Snapshot
    Rabab Bouziane (SPARC industries)
    10/06/2021, 11:10
  46. 48. SPINE: A New Website for a New Decade
    Arnaud Trouche (Artenum)
    10/06/2021, 11:45
  47. 49. Website survey feedback and discussion
    10/06/2021, 12:15
  48. 50. ESA ongoing and planned ITTs
    Fabrice Cipriani (ESA)
    10/06/2021, 12:45
  49. 51. Workshop Summary and Conclusion
    Fabrice Cipriani (ESA), Francois Piette, Gregoire Deprez (ESA), Mika Holmberg, Simon Clucas (ESA)
    10/06/2021, 13:00
  50. 56. Modelling and simulation of air plasmas using particle methods applied to Air-Breathing Electric Propulsion
    Mr Pietro Parodi
  51. 55. SPIS Modelling of spacecraft surface contamination due to FEEP thrusters
    Marc VILLEMANT (ONERA DPHY-CSE)