Investigation of the Influence of Microgravity on Transport Mechanisms in a Virtual Spaceflight Chamber: A Ground-Based Program

By: Nasa, National Aeronautics and Space Adm

The IML-1 Spaceflight produced over 1000 holograms of a well-defined particle field in the low g Spacelab environment; each containing as much as 1000 megabytes of information. This project took advantage of these data and the concept of holographic "virtual" spaceflight to advance the understanding of convection in the space shuttle environment, g-jitter effects on crystal growth, and complex transport phenomena in low Reynolds number flows. The first objective of the proposed work was to advance the understanding of microgravity effects on crystal growth. This objective was achieved through the use of existing holographic data recorded during the IML-1 Spaceflight. The second objective was to design a spaceflight experiment that exploits the "virtual space chamber concept" in which holograms of space chambers can provide a virtual access to space. This led to a flight definition project, which is now underway under a separate contract known as SHIVA, Spaceflight Holography Investigation in a Virtual Apparatus.Trolinger, James D. and Lal, Ravindra B. and Rangel, Roger and Witherow, William and Rogers, JanMarshall Space Flight CenterMICROGRAVITY; TRANSPORT PROPERTIES; VIRTUAL REALITY; COMPUTERIZED SIMULATION; ENVIRONMENT SIMULATION; FLIGHT SIMULATION; SPACE FLIGHT; AEROSPACE ENVIRONMENTS; SPACEBORNE EXPERIMENTS; CRYSTAL GROWTH; HOLOGRAPHY

• Format: Paperback
• Language: English
• ISBN: 1723853860
• ISBN13: 9781723853869
• Release Date: January 1
• Publisher: Independently Published
• Length: 70 Pages
• Weight: 0.41 lbs.
• Dimensions: 0.1" x 8.5" x 11.0"