The Teflon coating on the Hubble Space Telescope’s outer casing is cracking
up. NASA didn’t expect to see a problem for 10 to 15 years, but cracks began to
show on the thermal protection material in 1993, just three years after the
launch. In tests at NASA’s Glenn Research Center in Ohio, Kim de Groh found out
why: radiation makes Teflon brittle, leaving it less able to withstand the hot
and cold extremes of space (High Performance Polymers, vol 13, p 401).
De Groh hopes a February 2002 shuttle mission will apply fresh Teflon and a new
woven polymer…
To continue reading, today with our introductory offers
Advertisement
More from New Å®ÉúСÊÓÆµ
Explore the latest news, articles and features

Life
We may finally know why dinosaurs like T. rex evolved tiny arms
News

Space
The distant world that is our best hope of finding alien life
Features

Environment
Solar farm on the ocean outperforms land-based solar in Taiwan
News

Environment
Wind-assisted cargo ships could more than halve shipping emissions
News
Popular articles
Trending New Å®ÉúСÊÓÆµ articles
1
The ‘doomsday’ glacier’s giant ice shelf is about to break away
2
Mystery of the ancient giant stone jars of Laos may have been solved
3
We may finally know why dinosaurs like T. rex evolved tiny arms
4
How I used psychology to come back from the worst year of my life
5
The distant world that is our best hope of finding alien life
6
Why autism pioneer Uta Frith wants to dismantle the spectrum
7
Solar farm on the ocean outperforms land-based solar in Taiwan
8
What is love? Even a meeting on the subject can't find the answer
9
A lost ancient script reveals how writing as we know it really began
10
Man destined for Alzheimer's may have been saved by accidental therapy