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Discussion and Debate
Discussion and Debate
Physical & Life Sciences
Micheal's solar model
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<blockquote data-quote="[serious]" data-source="post: 70488193" data-attributes="member: 160873"><p>Ok, a lot to get to here and I'm on a phone, so please be understanding if I miss something. ok, first stop. Could be just a typo, but spectral analysis of the chromosphere shows primarily hydrogen emission. </p><p>Did you mean to say the corona is fully ionized hydrogen and the chromosphere is partially ionized hydrogen?isn't the relatively continuous emission due to it radiating as a black body? why would the layers furthest from the energy source receive the most energy?well, the mainstream model indicates that these spots are where convection currents from the interior are impeded by the magnetic fields. Am I to understand you are proposing the opposite and suggesting that sunspots are areas of sufficiently LARGE turnover such that an underlying cooler region is exposed?</p><p>One addition question to clarify, do you accept that nuclear fusion occurs in stars? if so, what layer or layers of your model does this occur in?</p></blockquote><p></p>
[QUOTE="[serious], post: 70488193, member: 160873"] Ok, a lot to get to here and I'm on a phone, so please be understanding if I miss something. ok, first stop. Could be just a typo, but spectral analysis of the chromosphere shows primarily hydrogen emission. Did you mean to say the corona is fully ionized hydrogen and the chromosphere is partially ionized hydrogen?isn't the relatively continuous emission due to it radiating as a black body? why would the layers furthest from the energy source receive the most energy?well, the mainstream model indicates that these spots are where convection currents from the interior are impeded by the magnetic fields. Am I to understand you are proposing the opposite and suggesting that sunspots are areas of sufficiently LARGE turnover such that an underlying cooler region is exposed? One addition question to clarify, do you accept that nuclear fusion occurs in stars? if so, what layer or layers of your model does this occur in? [/QUOTE]
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