OSU students build and launch a sensor into space

Aug 11, 2008
The high-altitude balloon carrying a radiation detector, high-resolution camera, sensors for temperature, pressure and humidity, and a GPS launches from OSU in Stillwater. Image: Dr. Jamey Jacob

Students from OSU's Radiation Physics Laboratory built and successfully launched a cosmic radiation detector this summer that reached the edge of outer space. Carried by a helium-filled balloon 12 inches in diameter, the detector flew for more than two hours and reached 104,000 feet in altitude. The device recorded radiation levels at the varying altitudes – information that will be used by NASA to develop instrumentation for space flight.

"This is really amazing," said Carl Johnson, a physics graduate student who designed and constructed the device. "Our detector actually flew to the edge of outer space and then back to ground, and the whole time it worked perfectly."

In addition to the radiation sensor, the balloon carried a high-resolution camera, sensors for temperature, pressure and humidity, and a GPS module to determine altitude and geographic position. The balloon and instrumentation launched from the Stillwater campus and landed about 10 miles away in Perry. OSU engineering graduate and undergraduate students Joe Conner, Xander Buck and Ryan Paul conducted the launch.

Funded through a NASA EPSCoR grant, this project was overseen by Drs. Eric Benton and Eduardo Yuihara of the OSU physics department and Dr. Andy Arena of OSU department of mechanical and aerospace engineering. Art Lucas of Lucas Newman Science and Technologies also assisted on the design and development of the radiation detector.

Benton said the purpose of the grant is two-fold.

"The purpose of the grant is not only to develop instrumentation for use in space flight but also to promote student interest in science and engineering through experiments with high-altitude balloons," he said. "The best part about the project is that the detector was built from everyday materials and launched into near space from right here in our own backyard. This proves you can accomplish really amazing things with simple materials."

The detector serves as a prototype for radiation detectors that will be included in the Near Space Standard Science Platform, a program used by science students at high schools and colleges around the country conducting research on high-altitude balloons.

Source: Oklahoma State University

Explore further: Innovative use of pressurant extends MESSENGER's mission, enables collection of new data

add to favorites email to friend print save as pdf

Related Stories

Sun sizzles in high-energy X-rays

Dec 23, 2014

For the first time, a mission designed to set its eyes on black holes and other objects far from our solar system has turned its gaze back closer to home, capturing images of our sun. NASA's Nuclear Spectroscopic ...

Shortcut to protein portraits

Dec 16, 2014

All living organisms, from bacteria to humans, rely on proteins to perform their vital functions. How these proteins accomplish their tasks depends on their structure. Researchers from the Paul Scherrer Institute ...

Mars mission boost welcomed by scientists

Dec 15, 2014

University of Leicester scientists, who are closely involved in the European mission to Mars –ExoMars- have welcomed support from the Government for the project.

Hunting for dark matter in a gold mine

Dec 09, 2014

"What really impressed me was the trip down," said astrophysicist James Buckley, PhD, speaking of the vertical mile he traveled to get to the site of an underground dark-matter experiment. "You can see you're ...

Recommended for you

The top 101 astronomical events to watch for in 2015

Dec 24, 2014

Now in its seventh year of compilation and the second year running on Universe Today, we're proud to feature our list of astronomical happenings for the coming year. Print it, bookmark it, hang it on your ...

NASA image: Frosty slopes on Mars

Dec 24, 2014

This image of an area on the surface of Mars, approximately 1.5 by 3 kilometers in size, shows frosted gullies on a south-facing slope within a crater.

User comments : 2

Adjust slider to filter visible comments by rank

Display comments: newest first

nilbud
1 / 5 (1) Aug 13, 2008
30Km is not anywhere near the edge of outer space, perhaps the student needs to study some more and play with balloons less. This kind of project should be undertaken by primary students, it seems pathetic for university level.
jatkins
not rated yet Sep 11, 2008
There is no strict definition for "the edge of space", but 30 km is perfectly fair. It's above 99% of the atmopshere, and just 70 km below the Karman line. The enviroment at that altitude is of extreme temperature (~-55C) and is a near vacuum; there's a reason it's termed "near space".

It's an awesome project that certainly couldn't be undertaken by primary school students (probably not even secondary). They're producing extremely useful data with a great experiment.

Please sign in to add a comment. Registration is free, and takes less than a minute. Read more

Click here to reset your password.
Sign in to get notified via email when new comments are made.