“Well, that’s it then. The idiocy from AGWScienceFiction faking the physics is so ingrained that you think we don’t get any thermal infrared which is heat from the millions of degrees hot Sun’s core because, you think it some solid like Earth unable to radiate out its great thermal energy..”
Not a solid but closer to a liquid.
Let’s see, this seems about right:
“Thread: If You Could “Magically” Peel Away The Sun’s Mantle..
….
“It depends on how you do the “peeling back” and what you are calling the core. Assuming you mean peel it back suddenly and give the Sun no time to readjust to its new environment, and assuming that the core is where the nuclear fusion is happening, then you would be looking at an unbelievably bright X-ray source, moreso than white or blue, and it would be billions of times more luminous that the Sun is now (it couldn’t last that way for long, it would readjust and puff out into a red dwarf). The effect on the solar system would be that we would lose everybody– all you have to do is remove half the mass of the central object to lose everything that orbits it. ”
And this guys says:
” Quote Originally Posted by mugaliens View Post
13 times more radiation, huh? I would think that would set some fairly spectacular fires around the globe while boiling our oceans in short order.
That is only magnitude increase in visible light brightness, which is 86,000 times brighter. The amount of radiative energy that hits the earth would be 1.7 trillion times more! Then there is the increase in Solar wind to consider, if anyone is left to feel it. ”
http://cosmoquest.org/forum/showthread.php/70774-If-You-Could-quot-Magically-quot-Peel-Away-The-Sun-s-Mantle
“The Core: The Sun’s core has a tremendously high temperature and pressure. The temperature is roughly 15 million °C. At this temperature, nuclear fusion occurs, turning four hydrogen nuclei into a single helium nucleus plus a LOT of energy. This “hydrogen burning” releases gamma rays (high-energy photons) and neutrinos (particles with no charge and almost no mass).
….
The Convective Zone: In this next layer, photons continue to make their way outwards via convection (towards lower temperature and pressure). The temperature ranges from one million °C to 6,000 °C.
The Photosphere: This is the lower atmosphere of the Sun and the part that we see (since it emits light at visible wavelengths). This layer is about 300 miles (500km) thick. The temperature is about 5,500 °C. ”
http://www.enchantedlearning.com/subjects/astronomy/sun/sunstructure.shtml
“The Sun’s photosphere has a temperature between 4500 and 6000 K (with an effective temperature of 5777 K) and a density of about 2×10−4 kg/m3;[5] other stars may have hotter or cooler photospheres. The Sun’s photosphere is composed of convection cells called granules—cells of gas each approximately 1000 kilometers in diameter with hot rising gas in the center and cooler gas falling in the narrow spaces between them. Each granule has a lifespan of only about eight minutes, resulting in a continually shifting “boiling” pattern.”
http://en.wikipedia.org/wiki/Photosphere
“This area holds about 50% of the sun’s total mass. The temperature of the core is about 15 million degrees Kelvin and the density is about 150 g/cm^3 (approximately 10 times the density of gold or lead). The pressure in the core might be as much as 250 billion times the pressure of the earth’s atmosphere. The hydrogen burning core extends to about 25% (approx. 175 000 km) of the solar radius. The temperature at the edge of the core is halved and the density drops to 20g/cm^3″
Equatorial Radius: 695 500 km.
Mass: 1.989 x 10^30 kg, about 333 000 the mass of earth.
Density: 1.409 g/cm^3.
Escape Velocity: 617.7 km/s.
http://www.novacelestia.com/space_art_solar_system/sun.html