This might mean that it has
a hot outer atmosphere heated by bubbling convection cells on the young planet — sort of a Jupiter on steroids.
The spacecraft's telescopes are sensitive to radiation from
the hot outer atmospheres of stars like the Sun and white dwarfs, formed when stars about the size of the Sun reach the end of their lives.
Not exact matches
THE sun's million - degree
outer atmosphere is the last place you would expect to find rain, yet a form of the stuff could help explain why the sun's
outer atmosphere, or corona, is much
hotter than you might expect.
Scientists hope that the probe will help solve some crucial mysteries about the sun: How can the corona (the
outer layer of the sun's
atmosphere) be millions of degrees
hotter than the solar surface?
Phosphine forms in the
hot interior of the planet and reacts to form other compounds in the cooler
outer atmosphere, so its appearance in the spectrum is evidence of turbulent mixing in Jupiter's
atmosphere.
He eliminates the
outer planets (too cold); Mercury (too
hot on the sunny side and too cold on the other); and the Moon and asteroids (their gravities are too weak to trap
atmospheres).
Short - lived fountains of plasma may explain why the sun's
outer atmosphere is
hotter than its surface
About every five minutes, spicules shoot red
hot streams of charged particles into the corona, the
outer layer of the solar
atmosphere, at around 150 kilometres per second.
This is why the Sun's corona, its
outer atmosphere is actually
hotter than the surface of the Sun.
By increasing the opacity of the star's
atmosphere, light radiating outwards from the
hotter, inner regions of the star is absorbed, and only light coming from the
outer, cooler layers of the star escapes.
Additionally, while nearly 80 percent of the sunlight reflected from a roof can escape to
outer space, the «thermal infrared» energy radiated by a
hot, dark roof is trapped by greenhouse gases, such as CO2 and water vapor, warming the
atmosphere.
Whenever the
atmosphere above the surface, especially clouds, have accumulated energy during a
hot sunny day, portions of that energy are prevented from direct and rapid release of it to the cold of
outer space by back radiation.