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Discussion and Debate
Discussion and Debate
Physical & Life Sciences
Micheal's solar model
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<blockquote data-quote="Michael" data-source="post: 70495402" data-attributes="member: 627"><p>FYI, keep in mind that I would estimate that the neon 'photosphere' double layer is only about 7000KM thick based on penumbral filament studies, meaning that the silicon layer must be almost six times as thick as the neon layer. Even though the surface of the Neon photosphere might be 6000K, that doesn't mean the base of the neon layer is still at 6000K. Likewise even if the surface of the silicon layer is 4000K where it meets up with the Neon layer, the Silicon atmosphere could be quite a bit "cooler" 3000KM deeper into that layer. There's an inverse heat process taking place in the solar atmosphere as we can observe from the multi-million degree corona down to the 6000 degree photosphere. The heat distribution works exactly the same way for the next 3000 miles (4800KM) into the solar atmosphere.</p><p></p><p>The solar atmosphere closest to the solid surface is also the coolest layer in the solar atmosphere, and it's about the same temperature at the solid surface as the solid surface beneath it.</p></blockquote><p></p>
[QUOTE="Michael, post: 70495402, member: 627"] FYI, keep in mind that I would estimate that the neon 'photosphere' double layer is only about 7000KM thick based on penumbral filament studies, meaning that the silicon layer must be almost six times as thick as the neon layer. Even though the surface of the Neon photosphere might be 6000K, that doesn't mean the base of the neon layer is still at 6000K. Likewise even if the surface of the silicon layer is 4000K where it meets up with the Neon layer, the Silicon atmosphere could be quite a bit "cooler" 3000KM deeper into that layer. There's an inverse heat process taking place in the solar atmosphere as we can observe from the multi-million degree corona down to the 6000 degree photosphere. The heat distribution works exactly the same way for the next 3000 miles (4800KM) into the solar atmosphere. The solar atmosphere closest to the solid surface is also the coolest layer in the solar atmosphere, and it's about the same temperature at the solid surface as the solid surface beneath it. [/QUOTE]
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