NASA : Journey to Space in a Vacuum Chamber .- Viaje al espacio en una cámara de vacío

Hola amigos: A VUELO DE UN QUINDE EL BLOG., hemos recibido información de la Agencia Espacial NASA, sobre como sería un viaje al espacio en una cámara de vacío.

NASA, nos dice: " Cuando usted necesita para probar el hardware diseñado para operar en las vastas extensiones de espacio, se inicia en una cámara de vacío.NASA’s Glenn Research Center   en Cleveland tiene muchas de ellas, peroCámara  al vacío 5 (VF-5) es especial. Apoyo a la prueba de los sistemas de propulsión y de energía eléctrica, VF-5 tiene la velocidad de bombeo más alta de cualquier instalación de pruebas de propulsión eléctrica en el mundo, lo cual es importante en el mantenimiento de un entorno de espacio como continuo......."

More information...
http://www.nasa.gov/image-feature/journey-to-space-in-a-vacuum-chamber

When you need to test hardware designed to operate in the vast reaches of space, you start in a vacuum chamber.  NASA’s Glenn Research Center in Cleveland has many of them, but Vacuum Chamber 5 (VF-5) is special.  Supporting the testing of electric propulsion and power systems, VF-5 has the highest pumping speed of any electric propulsion test facility in the world, which is important in maintaining a continuous space-like environment.

The cryogenic panels at the top and back of the chamber house a helium-cooled panel that reaches near absolute zero temperatures (about -440 degrees Fahrenheit). The extreme cold of this panel freezes any air left in the chamber and quickly freezes the thruster exhaust, allowing the chamber to maintain a high vacuum environment. The outer chevrons are cooled with liquid nitrogen to shield the cryogenic panels from the room temperature surfaces of the tank.

Most electric propulsion devices, such as Hall Thrusters, use xenon as a propellant, which is very expensive. By capturing the used xenon as ice during testing, researchers are able to recover the propellant to reuse, saving NASA and test customers considerable costs.

The oil diffusion pumps along the bottom of the tank capped by circular covers use a low vapor pressure silicon oil to concentrate small amounts of gas to the point where it can be mechanically pumped from the chamber.

VF-5 will continue to provide a testing environment for Glenn’s advanced Solar Electric Propulsion technology needed for future astronaut expeditions into deep space, including to Mars.

Image Credit: NASA

Michelle M. Murphy (Wyle Information Systems, LLC)

Last Updated: May 22, 2015

Editor: Kelly Heidman

Tags:  Image of the Day, Space Travel, Technology

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