Some of the already known low - and intermediate - mass extrasolar planets may be carbon planets, which should easily
survive at high temperatures near a star if they have the mass of Neptune.
Not exact matches
A Swansea University nanomaterials expert has been looking
at how small gold particles
survive when subjected to very
high temperatures.
Given that some microbes can withstand
temperatures as
high as 122 °C and pressures about 3000 times
higher than
at Earth's surface, Plümper calculates that life could
survive up to 10 kilometres beneath the seabed.
In 1992 Vassilenka Petrova - Koch and colleagues
at the University of Munich demonstrated that luminescent porous silicon can
survive oxidation
at temperatures as
high as 950 to 1050 °C.
Achieving low -
temperature activity, while
surviving the harsh conditions encountered
at high engine loads, remains a formidable challenge.
She is a planetary scientist
at Mount Holyoke College in South Hadley, Mass. «Everybody knows about the
high pressures and
temperatures on Venus, so people think we don't have technology to
survive that.
Today, most of the remaining native forest birds are endangered, and they
survive only
at elevations where colder -
temperatures limit the spread of mosquitoes (4,500 feet or
higher).
Deuterium (or heavy hydrogen) is a fragile isotope that can not
survive the
high temperatures achieved
at the centers of stars.
Pyrolobus fumarii is a species of archaea known for its ability to
survive at extremely
high temperatures that kill most organisms.