Topical day for RADECS 2016

Jupiter’s harsh radiation environment

Topical day chair: Johan Ideström (OHB System AG)

Topical day co-chair: Insoo Jun (NASA/JPL)

Presentations from:

  • Ali Zadeh (ESA/ESTEC)
  • David Rodgers (ESA/ESTEC)
  • Eamonn Daly (ESA/ESTEC)
  • Elias Roussos (Max Planck Institute for Solar System Research)
  • Hugh Evans (ESA/ESTEC)
  • Insoo Jun (NASA/JPL)
  • Marco Vuolo (ESA/ESTEC)
  • Pete Truscott (Kallisto Consultancy)
  • Renaud Mangeret (Airbus Defense & Space)
  • Steve McClure (NASA/JPL) Wousik Kim (NASA/JPL)

Topical day initiated and organised by:

Johan Ideström (OHB System AG)

 

free download of the presentations:

01. A Mission to Jupiter – An Introduction to the European Space Agency JUICE Mission, Ali Zadeh (ESA/ESTEC)

02. Past, Present, and Future NASA missions to Jupiter, Insoo Jun (NASA/JPL)

03. Radiation Belts in the Solar System, Elias Roussos (Max Planck Institute for Solar System Research)

04. Jovian radiation models for JUICE mission, Hugh Evans and David Rodgers (ESA/ESTEC)

05. Jovian Radiation Environment Models at JPL, Insoo Jun (NASA/JPL)

06. Electrostatic charging considerations for JUICE mission, David Rodgers (ESA/ESTEC)

07. A Brief History of iESD on Jupiter Missions, Wousik Kim (NASA/JPL)

08. A mission to Jupiter - EEE Component R&D Activities for the European Space Agency JUICE spacecraft, Ali Zadeh (ESA/ESTEC)

09. JUpiter ICy moons Explorer (JUICE) MISSION EEE and M&P Radiation Mitigation Process, Renaud Mangeret (Airbus Defense & Space)

10. EEE Parts and Materials Program for Jupiter Missions, Steve McClure (NASA/JPL)

11. Shielding strategies for JUICE: material options, Marco Vuolo (ESA/ESTEC)

12. Shielding Considerations, Insoo Jun (NASA/JPL)

13. Radiation Shielding Analysis Tools, Pete Truscott (Kallisto Consultancy)

14. Plasma Environment Package (PEP) for the JUICE mission, Elias Roussos (Max Planck Institute for Solar System Research)

15. Radiation Effects Issues for ESA’s Future Large Science Missions, Eamonn Daly (ESA/ESTEC)

 

Monday, 19th September 2016

Jupiter’s harsh radiation environment

• Invited talks from JPL/NASA, ESA and space industry experts
• Different topics:
        • past/present/future missions to Jupiter (including JUICE, Juno, Europa)
        • advances in our understanding of the Jovian radiation environment over the past 40 years
        • effects on materials under high dose
        • advanced graded shielding & radiation vault for Jupiter
        • extreme spacecraft charging
        • hardness assurance for EEE parts concerning high dose missions
        • extreme radiation sensitive sensors for astrophysics missions
• coffee breaks & lunch included
• PDFs of the presentations will be distributed to all participants
• registration fee: 100€ (80€ for students) including lunch

• after the topical day there is the possibility for a Beck's brewery tour with beer tasting (requires extra booking)

 

Topical day program

 

09:00 - 10:30 Topical Day Session 1

1. Past/present/future missions to Jupiter

 

A Mission to Jupiter – An Introduction to the European Space Agency JUICE Mission, Ali Zadeh (ESA/ESTEC), [20 minutes]

Past, Present, and Future NASA missions to Jupiter, Insoo Jun (NASA/JPL), [20 minutes]

 

2. Jovian radiation environment

 

Radiation Belts in the Solar System, Elias Roussos (Max Planck Institute for Solar System Research), [20 minutes]

Jovian radiation models for JUICE mission, Hugh Evans and David Rodgers (ESA/ESTEC), [20 minutes]

 

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10:30 - 11:00 coffee break

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11:00 - 12:30 Topical Day Session 2

2. Jovian radiation environment (continued)

 

Jovian Radiation Environment Models at JPL, Insoo Jun (NASA/JPL), [20 minutes]


3. Radiation effects for Jovian missions

3.1 Electrostatic charging (internal/external) & plasma interactions

 

Electrostatic charging considerations for JUICE mission, David Rodgers (ESA/ESTEC), [20 minutes]

 

A Brief History of iESD on Jupiter Missions, Wousik Kim (NASA/JPL), [20 minutes]

 

 

3.2 RHA for EEE parts & materials (radiation effects on EEE parts & materials)

 

A mission to Jupiter - EEE Component R&D Activities for the European Space Agency JUICE spacecraft, Ali Zadeh (ESA/ESTEC), [20 minutes]


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12:30 - 13:30 lunch break

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13:30 - 15:00 Topical Day Session 3

3.2 RHA for EEE parts & materials (radiation effects on EEE parts & materials) (continued)

 

JUpiter ICy moons Explorer (JUICE) MISSION EEE and M&P Radiation Mitigation Process, Renaud Mangeret (Airbus Defense & Space), [30 minutes]

EEE Parts and Materials Program for Jupiter Missions, Steve McClure (NASA/JPL), [30 minutes]

 

3.3 Radiation shielding

 

Shielding strategies for JUICE: material options Marco Vuolo (ESA/ESTEC), [20 minutes]

 

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15:00 - 15:30 coffee break

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15:30 - 17:00 Topical Day Session 4

3.3 Radiation shielding (continued)

 

Shielding Considerations, Insoo Jun (NASA/JPL), [20 minutes]

Radiation Shielding Analysis Tools, Pete Truscott (Kallisto Consultancy), [20 minutes]

 

4. Radiation issues for future science missions and payload

 

Plasma Environment Package (PEP) for the JUICE mission, Elias Roussos (Max Planck Institute for Solar System Research), [20 minutes]

Radiation Effects Issues for ESA’s Future Large Science Missions, Eamonn Daly (ESA/ESTEC), [20 minutes]

 

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17:00 - 17:30 conclusion

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18:00 - 21:30 social event, Becks brewery tour

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Contact:

Topical day chair:

Johan Ideström (OHB System AG)

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Topical day co-chair:

Insoo Jun (NASA/JPL)

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