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all rather awkward and it's difficult to find a good description of them. Some type of form for entering references would be nice. One could always require more sources but setting the standard requirements to high will just prevent people from making useful additions. A few of my sources are links to webpages of research groups that seem bona fide. People who find that the sources aren't good enough should be welcome to add more sources and to remove sources that become unnecessary by their additions. Errors and doubtful unsupported information need removal of course. Not having a sample list of magnetic field values (or only the Earth's magnetic field) is a larger shortcoming than not having done the job of a major review article.
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I have given sources, what's wrong with them? Most are links to other Wiki articles. Shouldn't it be possible to refer to other Wiki articles assuming that they have done their job of finding reliable sources? Unfortunately Wiki has several different standards for including references and they are
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Please administrators, consider seriously eliminating the reference to pseudovectors in the heading of the article. It is unnecessarily misleading. Otherwise move it to the last element of the article as a marginal comment.
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The animation titled "The
Amperian loop model" is incorrect on the right side. The poles should be moving left-right. The magnetic field should look like the graphic immediately above titled "The magnetic pole model".
1459:- This is actually just a circular loop with magnetic dipole moment specified instead of current. The formula implies an abrupt change of direction upon crossing the equitorial plane. To fix replace
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OK, I see that now, thanks! I am used to seeing two poles of opposite sign moving closer together to produce a dipole source, and associated dipole field.
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Several of these are not correct. I tried to fix them before, but they got unfixed. So, I guess we need to discuss them individually.
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direction which is the radial direction in these figures. The flux points in the azimuthal direction which is typically depicted at
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Those aren't poles. That is where the current comes out of the picture and where the current goes back into the picture.
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on
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on
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Please help fix the broken anchors. You can remove this template after fixing the problems. |
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Non-destructive pulsing can achieve 100 T (or at least that's the goal).
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can reach 45 T. However a better reference would be needed.
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typically used up to 20 T but higher theoretical limit.
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typically up to 0.35 T (remanent field inside magnet).
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There might be other astronomical record fields too.
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may be too technical for most readers to understand
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548:
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422:
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51:WikiProjects
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991:Finite beam
925:denoted by
784:Constant314
609:WP:CIRCULAR
1550:Categories
923:azimuthal
663:|answered=
716:Chetvorno
39:is rated
1317:Solenoid
741:Constant
697:Constant
682:Peqmeasy
632:contribs
615:directly
573:Constant
393:100 days
339:Archives
800:CEL3939
767:CEL3939
622:Elmidae
442:before.
292:Please
255:on the
150:on the
123:Physics
114:Physics
70:Physics
41:C-class
739:Done.
725:Evgeny
475:Alnico
47:scale.
1486:with
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