Bashar：为什么离太阳中心更远的日冕的温度反而比太阳表面高？
[InfiniteONE 翻译]
Q：我想问你的最后一个方面是我们的太阳。在对太阳光球层的最新测量中，太阳表面有5600摄氏度... （译注：光球层是太阳大气层的最内层，我们接收到的太阳能量基本上是光球发出的。）
B：开氏度。
Q：开氏度？
B：是的。
Q：日冕有100万度... （译注：日冕是太阳大气层的最外层）
B：是的。
Q：......我们不清楚为什么日冕有那么高的表面温度？
B：因为日冕是一种不同形式的游离形式的等离子体能量。由于它更能够与各种不同类型的宇宙射线相互作用，所以它拥有更高的能量含量。而太阳表面的物质要致密得多，所以并不那么能够自由地与其他更高层面的宇宙能量相互作用。在其中，分子的运动无法达到它处于（你们所称的气态的日冕的）游离形式状态下的高速度。所以，它没有稀薄的等离子体（与宇宙能量的）相互作用多。
Q：非常感谢。
B：谢谢。

Bashar:
Channeled by
Darryl Anka
Circa 1996
"Photosphere of the Sun"
Questioner: The last area that I would like to ask you about is our Sun. In a resent development that measures the photosphere, the surface of the Sun is 5,600' centigrade...
B: Degrees Kelvin.
Q: Degrees Kelvin?
B: Yes.
Q: And then the corona is 1,000,000 degrees...
B: Yes.
Q: ...we are not exactly sure why the corona would be that much of a higher temperature that the surface?
B: Because it is a different form of free form plasma energy with a much higher energy content because of how it is more capable of interacting with all sorts of different kinds of cosmic radiation, whereas the surface material of the Sun is more compacted and not so capable of freely interacting with other higher levels of cosmic energy. Thus it is not so much of a rarefied plasma interaction, wherein the molecular motion can not be as high as it is in the free form state of what you would call the gaseous corona.
Q: Thank you very much.
B: Thank you.

巴夏比科学家还牛啊

太阳中心也有生命吧

好高端的问题~