Thus, the authors could discount heating from the sun and infer instead that
the internal heat of the planet is ultimately driving the acceleration of the jet streams, not the sun.
Also, Jupiter's atmospheric physics is dominated by
the internal heat of the planet, and not by the heat from the Sun.
Not exact matches
For four billion years, the rate
of change
of the Earth system (E) has been a complex function
of astronomical (A) and geophysical (G) forces plus
internal dynamics (I): Earth's orbit around the sun, gravitational interactions with other
planets, the sun's
heat output, colliding continents, volcanoes and evolution, among others.
It also was thought that
planets were able to self - regulate their
internal temperature via mantle convection — the underground shifting
of rocks caused by
internal heating and cooling.
The
internal structures
of giant
planets are much less well known than those
of main - sequence stars because
of uncertainties in the equation
of state
of degenerate gas, the composition (typically non-solar), the interaction with the magnetic field and, in the upper layers, the relative magnitudes
of internal heat and energy deposited from the sun.
Natural nuclear fission reactors may provide reasonable explanations for other «NASA mysteries» including: (1) Our Moon having a soft or molten core; (2) Tiny
planet Mercury having a magnetic field; (3) Mars displaying evidence
of an ancient magnetic field; (4) Our Moon displaying evidence
of an ancient magnetic field; (5) Jupiter's moon Ganymede having an internally generated magnetic field; (6) Jupiter's moon Io being extremely volcanic; (7) Saturn's moon Enceladus showing evidence
of internal heating; and, (8) Evidence
of internal heat generation in Pluto's moon Charon:
geothermal energy The
internal heat of the Earth or other
planet.
While NASA's Wide - field Infrared Survey Explorer (WISE) failed to the tell - tale warmth
of gas giants like Saturn within 10,000 AUs and larger than Jupiter objects out to 26,000 AUs (NASA / JPL news release), an icy «super-Earth», would have been too cold and faint for WISE to detect — even if the hypothesized
planet has a small
internal heat source and absorbs some sunlight.
The meteorite is an achondrite, a relatively rare type
of space rock that comes from a
planet or big asteroid — something large that generated enough
internal heat early in its history to melt partially, producing a metallic core surrounded by rock.
Uranus is an unusual
planet in that there is no evidence
of any
internal heat generation.
Yesterday we found that, for Venus to be hot due to
internal heating, either the
planet's core would have to be a star, its crust would have to be less than a meter thick, or its crust would have be composed
of diamond.
It seems to be that the cooler a
planet is, the faster the
heat loss
of it's
internal heat, and hotter it is, the slower this loss.
«We know the atmospheres
of planets such as Saturn and Jupiter can get their energy from only two places: the sun or the
internal heating.
all volcanic... Your attack on the good Lord is not warranted, as clearly he only suggested this as another possible source
of heat coming at regular intervals coming from the center
of earth... Now, unless you claim to know exactly how much
heat is coming from all external and
internal sources
of heat (which I think even includes the
planets and the moon), I would expect you to make some sort
of an apology after making such a blatant accusation.