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ATEN: a new high temperature materials processing facility for the international space station
Wayne N O Turnbull1, Donald L Misener, Timothy J N Smith
1Microgravity Systems, Millenium Biologix Inc., Kingston, Ontario, Canada.
Annals of the New York Academy of Sciences
|November 26, 2002
Summary
Microgravity research using the Canadian Microgravity Program (QUEST I, QUELDs I and II) has advanced liquid diffusion studies. A new facility, the advanced thermal environment (ATEN), is being developed for the International Space Station, building on prior furnace experience.
Area of Science:
- Materials Science
- Fluid Dynamics
- Space Research
Background:
- Microgravity research is crucial for studying diffusion in liquids.
- The Canadian Microgravity Program (QUEST I, QUELDs I and II) has a proven track record in this field.
- Previous experience with furnaces and sealed samples is essential for space-based research.
Purpose of the Study:
- To present the system requirements for the advanced thermal environment (ATEN) facility.
- To detail the development of ATEN for the International Space Station.
- To showcase preliminary test data from a prototype ATEN furnace.
Main Methods:
- Leveraging experience from the QUELD II furnace design.
- Developing sealed sample systems for manned space platforms.
- Designing and constructing the advanced thermal environment (ATEN) facility.
Main Results:
- The ATEN facility design incorporates lessons learned from previous projects.
- Preliminary test data from a prototype furnace are available.
- The Canadian Microgravity Program's contributions to microgravity research are highlighted.
Conclusions:
- The ATEN facility represents a significant advancement in microgravity materials research.
- Continued development and testing are crucial for the success of ATEN.
- The facility will enable further studies of diffusion in liquids in space.