![]() I couldn't find a good answer in web as well. Its accessible by Zune users with this link: Zune Link. ![]() Maybe comet-like features in planetary nebulas are related to coils that were in the convection area that got blown off and maybe the spots are just the coils in the convection area that surfaced and have not sink again yet Self plug, for the Windows Phone 7 equivalent, I present my app APOD Viewer for Windows Phone 7. Simulations would still be possible though, and could be revealing. ![]() If you're a daily viewer of APOD, 'Desktop APOD Viewer' will be handy to view APOD from your desktop with just a click of a mouse. I don't know the answer, but whatever the science may say, it would be difficult to prove it without being able to image the surfaces of stars other than our Sun in much more detail that is currently possible. Desktop APOD Viewer 'Desktop APOD Viewer' is made for space & sky enthusiasts who wants to check 'Astronomy Picture of the Day' in a fast manner. What is the relation between the number of starspots with their surface temperature? Do hotter, more blue stars get them more or less? Or is it not related at all? A solar granule is about 1000 kilometers across and lasts for only about 15 minutes. This high-resolution picture also shows clearly that the Sun's surface is a bubbling carpet of separate cells of hot gas. Part of active region AR 3297 crossing the Sun in early May, the large lower sunspot is spanned by an impressive light bridge of hot and suspended solar gas. Sunspots can be larger than the Earth and typically last for about a week. The Sun's complex magnetic field creates these cool regions by inhibiting hot material from entering the spots. APOD Robot wrote: ↑ Wed 4:08 am Sunspot with Light BridgeĮxplanation: Why would a small part of the Sun appear slightly dark? Visible is a close-up picture of sunspots, depressions on the Sun's surface that are slightly cooler and less bright than the rest of the Sun. Acknowledgement: The Astronomy Picture of the Day (APOD) is based upon work supported by NASA under award No. Organism: Homo sapiens (Human) Uniprot: P05090 Biological function: APOD occurs in the macromolecular complex with lecithin-cholesterol acyltransferase.
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |