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Back GliderMavenElectromagnet • en.wikipedia.org

Top edits to an page All edits made to a page by one user, in chronological order.

Page Electromagnet (Log · Page History)
User GliderMaven (Edit Counter· Top Edits)
Total edits 42
Minor edits 7 (16.7%)
(Semi-)automated edits 3 (7.1%)
Reverted edits 3 (7.1%)
atbe1 38.9
Added (bytes)2 1,744
Deleted (bytes) -233
Minor edits · 7 (16.7%)
Major edits · 35 (83.3%)
(Semi-)automated edits · 3 (7.1%)
Manual edits · 39 (92.9%)
Reverted edits · 3 (7.1%)
Unreverted edits · 39 (92.9%)
1 Average time between edits (days)
2 Added text is any positive addition that wasn't reverted (approximate)
Date Links Size Edit summary
Diff · History 15 Uses of electromagnets: e.g. valves
Diff · History 55 yeah, don't care Undid revision 833421236 by 86.143.86.53 (talk)
Diff · History 55 (reverted)  top: +solenoids
Diff · History 10 Undid revision 832313385 by ElvenFireball (talk)
Diff · History -26
Diff · History 590 Revert to revision 673043480 dated 2015-07-25 17:40:30 by ClueBot NG using popups
Diff · History -590 (reverted) 
Diff · History -30 Uses of electromagnets: magnetic levitation not just magnetic suspension
Diff · History -8 top: current and power not energy
Diff · History -9 Revert to revision 645732167 dated 2015-02-05 10:36:10 by Materialscientist using popups
Diff · History 7 Inductive voltage spikes: not necessarily large, but has inductance, is not necessarily an inductor, since an inductor is specifically designed for that purpose
Diff · History 169 Magnetic core: AC electromagnets
Diff · History 4 Force between electromagnets: remove double negative
Diff · History 0 Physics: swap them around
Diff · History 0 move pictures to go with accompanying text
Diff · History -5 Uses of electromagnets: MRIs are mostly medical and are not used for science per se, although some certainly are, split them
Diff · History 36 Physics: swap sections
Diff · History -1 top: the first few sentences should define the topic, not specify uses
Diff · History 163 top: mention cores and windings in the lead
Diff · History 1 Physics:
Diff · History 19 move material out of lead into the body; much of it is not stated elsewhere, and it's overly summarised and terse in the lead
Diff · History 1 move magnetic core into physics section
Diff · History -41 Side effects in large electromagnets: all of these effects are common to small electromagnets as well
Diff · History -38 Analysis of electromagnets with magnetic cores: although much of it is, not all of the section is about magnetic cored electromagnets, it's incorrect to claim this
Diff · History -2 Magnetic core:
Diff · History 1 in articles history should go first because it helps introduce the topic in multiple ways
Diff · History -14 How the magnetic core works: not all electromagnets have magnetic cores
Diff · History 173 top: cores are NOT always used
Diff · History 73 Magnetic core material: more about soft materials
Diff · History 4 no, soft materials are necessary, and hard ferromagnetic materials do not work Undid revision 625748523 by Chetvorno (talk)
Diff · History -26 top: generalise the lead, very many electromagnets exist, some of which run at high frequencies or very high currents; which don't have iron cores
Diff · History 9 Magnetic core: really about the material, rather than (say) the shape
Diff · History 0 not all electromagnets have magnetic cores, and the very strongest ones do not, move core section down after history
Diff · History -14 it covers ferrimagnetic cores as well Undid revision 623092925 by Chetvorno (talk)
Diff · History -14 (reverted)  Analysis of ferromagnetic electromagnets:
Diff · History -5 Uses of electromagnets:
Diff · History 144 Magnetic core: core concentrates the field and passes it more easily than it passes through the air.
Diff · History -14 How the iron core works: magnetic cores are often made of ferrites, which are ferrImagnetic, but iron is common and ferromagnetic, generalise the text
Diff · History 78 See also: electropermanent magnet
Diff · History 61 Ohmic heating: more wire lowers ohmic losses
Diff · History 109 Ohmic heating: thicker wire also works, but either way you end up with proportionately bigger windings
Diff · History 22 Force exerted by magnetic field: link to magnetic pressure
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