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Dr. David Jarvis

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Sounding Rockets. Space Capsules. FACILITIES AVAILABLE ON ISS. FOR MATERIALS SCIENCE ... at mission-enabling materials for future space flight programmes (Moon/Mars) ... – PowerPoint PPT presentation

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Title: Dr. David Jarvis


1
The ESA Research Programme - Materials Science in
Space -
EMSTF - Cork, Ireland
29th June 2004
Dr. David Jarvis Materials Science Coordinator

Directorate of Human
Spaceflight, ESA
2
GRAVITY AND MICROGRAVITY
3
ON EARTH (with effects of gravity)
IN SPACE (without effects of gravity)
4
Research infrastructure available in Europe for
performing microgravity experimentation
5
FACILITIES AVAILABLE ON ISS FOR MATERIALS SCIENCE
6
COORDINATING THE SCIENCE AT EUROPEAN LEVEL
The ESA ELIPS Research Plan was elaborated on the
basis of peer-recommended proposals, in response
to AOs
7
RESEARCH CORNERSTONES IN PHYSICAL SCIENCES
  • FUNDAMENTAL PHYSICS
  • FLUID PHYSICS
  • PLANETARY EXPLORATION
  • MATERIALS SCIENCES
  • Plasmas and dust particles physics
  • Cold atoms and quantum fluids
  • Structure and dynamics of fluids, multi-phase
    systems and interfaces
  • Combustion
  • Knowledge-based technologies for robotic and
    human planetary exploration
  • New materials and processing from fluids
  • Thermophysical properties

8
SUB-TOPICS IN MATERIALS SCIENCE
Complex Plasmas
9
CHARACTERISTICS OF MATERIALS PROGRAMME
  • 300 European material scientists
  • 40 European companies (aerospace, metals,
    electronics, power generation, automotive,
    chemical industry)
  • 15 different European countries
  • international collaboration with scientists from
    Russia, US, Japan, Canada and China
  • Shining example of trans-national cooperation in
    MATERIALS SCIENCE

10
IMPRESS INTEGRATED PROJECT
  • Intermetallic Materials Processing in Relation
    to Earth and Space Solidification
  • (a) high-temperature structural intermetallics
    for turbine blades, (b) catalytic intermetallics
    for fuel-cell electrodes
  • good complementarity between ground-based and
    space research

11
CONCLUSIONS
  • strong and vibrant programme in materials
    science - both fundamental and applied
  • unique research infrastructure, in the form of
    ISS and other microgravity platforms
  • possible new direction looking at
    mission-enabling materials for future space
    flight programmes (Moon/Mars)
  • Learning Zone (www.spaceflight.esa.int/material
    s)

Importance of EMSTF
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