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Commercial superconducting NMR magnets reach 20T. Furthermore, the link in ref. [2] is broken. So this passage should be deleted or corrected. 132.230.182.55 ( talk) 13:06, 7 May 2015 (UTC)
Please re-Explain the Explanation to provide a deeper conceptual image of this pseudo-scientific and impractical sounding phenomenon, and cite some sources!
"in the magnetic field of a huge horseshoe magnet 0,001 T,"
Hello, is this a typo? Can someone more experienced than I answer?
Sincerely,
Chris
This value 0f 0.001T is pretty low for a "huge" horseshoe magnet. Old fashioned magnets could create field of > 100 gauss, or 0.01T. More modern permanent rare-earth magnets have fields more like 10,000 gauss or about 1 Tesla.
Neil Bergstrom
The definition should be kg/C•s rather than kg/A•s². Amps are a derivative measurement from Coulombs and seconds which are the fundamental measurements involved. Given that it is given in several different forms, leaving kg/A•s² makes sense, but the SI base units should be corrected to use Coulombs rather than Amperes.
The definition should say unit of magnitic flux density, not magnetic field. — Preceding unsigned comment added by 2601:600:8D00:1100:4CDD:756C:BF2D:2778 ( talk) 18:22, 26 April 2016 (UTC)
The definition shouldn't use the shorthand symbols only; it should have the definition in terms of the names of the units as well, to avoid confusion. -- Starwed 20:15, 10 February 2006 (UTC)
hey.. someone put this in terms someone not taking physics would understand. like.. the amount of 1gram paperclips a magnet could pick up at 1 tesla.
Copyedited and removed the following cruft:
>== SI multiples == >
Submultiples | Multiples | ||||
---|---|---|---|---|---|
Value | SI symbol | Name | Value | SI symbol | Name |
10−1 T | dT | decitesla | 101 T | daT | decatesla |
10−2 T | cT | centitesla | 102 T | hT | hectotesla |
10−3 T | mT | millitesla | 103 T | kT | kilotesla |
10−6 T | μT | microtesla | 106 T | MT | megatesla |
10−9 T | nT | nanotesla | 109 T | GT | gigatesla |
10−12 T | pT | picotesla | 1012 T | TT | teratesla |
10−15 T | fT | femtotesla | 1015 T | PT | petatesla |
10−18 T | aT | attotesla | 1018 T | ET | exatesla |
10−21 T | zT | zeptotesla | 1021 T | ZT | zettatesla |
10−24 T | yT | yoctotesla | 1024 T | YT | yottatesla |
10−27 T | rT | rontotesla | 1027 T | RT | ronnatesla |
10−30 T | qT | quectotesla | 1030 T | QT | quettatesla |
Defining all these combinations of the SI units adds nothing to article
>== Explanation ==
>The tesla is the value of the total magnetic flux (a magnet's "power") divided by area. Hence, reducing >the affected area will generally increase the magnetic flux density.
>This will continue to occur until the material becomes magnetically saturated and/or the magnetic field >"leakage" increases so fast that no additional tesla gains are possible. citation needed
Makes no sense - what is being "reduced"? How does this have any relation to the definition of a unit?
84.92.241.186 22:55, 26 April 2007 (UTC)
Shouldn't n, the number of turns, be included when V or A are involved in the definition? Voltage should be volts/turn and current should be Ampere-Turns —Preceding unsigned comment added by 71.134.146.86 ( talk) 00:23, 20 January 2010 (UTC)
I find this hard to believe, as a tesla is quite a large flux density, so I have tagged it with {{ Fact}}. S. Morrow 23:11, 28 October 2007 (UTC)
I'm trying to find info on that detail. 68.83.179.156 ( talk) 15:43, 13 November 2009 (UTC)
The page says he's "Yugoslavian-American", but Tesla's own Wiki article says he was born in Austria, which is definitely not Yugoslavia. Yugoslavia is a part of Europe, which is stated on the Yugoslavia article. And before anyone complains to me about it, no, I won't edit it myself, because every edit I make is always reverted on Wikipedia, whether I'm trolling or not. —Preceding unsigned comment added by 74.195.230.26 ( talk) 14:45, 22 March 2010 (UTC)
71.99.86.158 ( talk) 17:26, 23 October 2010 (UTC)
"Electric vs Magnetic Field
It's sometimes confusing as to the difference between magnetic field (in tesla) vs electric field strength. The difference is that a magnetic field is moving while an electric field isn't, this can be seen by looking at the units for each. Electric field is N/C, while magnetic field (in tesla) can be written as N/(C*m/s). Showing the difference between the 2 clearly is m/s, or movement. In ferromagnets the movement creating the magnetic field is the electron spin (and to a lesser extent electron orbital angular momentum). In current carrying wire (electromagnets) the movement the electrons move through the wire (whether the wire's straight or circular)."
Please remove this. It's badly written and barely makes any sense. Does anybody agree? -- 79.55.31.10 ( talk) 14:12, 31 March 2011 (UTC)
The SI base units for the tesla is wrong in the Wiki article. Consult WolframAlpha and other sources. — Preceding unsigned comment added by 66.108.188.165 ( talk • contribs) 03:40, 21 September 2011 (UTC)
The bulk of the Conversions section consists of unsourced claims about the unit's non-usage among engineers, (although several of the article's sources seem to indicate otherwise), and claims that publications that do use it (presumably including mainstream journals) 'often' capitalize the unit. The correction is then oddly worded:
...seeing as the allegedly preferred gauss is also derived from a name. The paragraph should probably be removed per WP:NOR. AveVeritas ( talk) 06:10, 19 February 2014 (UTC)
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Cheers.— cyberbot II Talk to my owner:Online 10:50, 4 July 2016 (UTC)
Shouldn't there be a section describing the problem with this SI derived unit? All other official SI units (to my knowledge) are carefully designed to avoid conflict and ambiguity. But the tesla (unit) is given the symbol T, which is in direct conflict with the Terra (prefix) also a capital letter T.
For example, if one were to read 2.5 Tm, should that be interpreted as 2.5e+12 meters (a distance), or as 2.5 tesla*meters (a magnetic potential).
I read on the page about torque (as I recall) that the SI recommends, for example, Nm (newton-meter) to be used for torque, instead of mN (which is ambiguous -- it could mean meter-newton or milli-newton). But there is no discussion about the ambiguity with the symbol for tesla units -- which is a more serious problem in my opinion. I've been looking around for more info, and if I find it, I will update the article. Until then, any comments? Hydradix ( talk) 01:38, 23 August 2016 (UTC)
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This
level-4 vital article is rated C-class on Wikipedia's
content assessment scale. It is of interest to the following WikiProjects: | ||||||||||||||||||
|
Tesla (unit) received a peer review by Wikipedia editors, which is now archived. It may contain ideas you can use to improve this article. |
This article links to one or more target anchors that no longer exist.
Please help fix the broken anchors. You can remove this template after fixing the problems. |
Reporting errors |
Commercial superconducting NMR magnets reach 20T. Furthermore, the link in ref. [2] is broken. So this passage should be deleted or corrected. 132.230.182.55 ( talk) 13:06, 7 May 2015 (UTC)
Please re-Explain the Explanation to provide a deeper conceptual image of this pseudo-scientific and impractical sounding phenomenon, and cite some sources!
"in the magnetic field of a huge horseshoe magnet 0,001 T,"
Hello, is this a typo? Can someone more experienced than I answer?
Sincerely,
Chris
This value 0f 0.001T is pretty low for a "huge" horseshoe magnet. Old fashioned magnets could create field of > 100 gauss, or 0.01T. More modern permanent rare-earth magnets have fields more like 10,000 gauss or about 1 Tesla.
Neil Bergstrom
The definition should be kg/C•s rather than kg/A•s². Amps are a derivative measurement from Coulombs and seconds which are the fundamental measurements involved. Given that it is given in several different forms, leaving kg/A•s² makes sense, but the SI base units should be corrected to use Coulombs rather than Amperes.
The definition should say unit of magnitic flux density, not magnetic field. — Preceding unsigned comment added by 2601:600:8D00:1100:4CDD:756C:BF2D:2778 ( talk) 18:22, 26 April 2016 (UTC)
The definition shouldn't use the shorthand symbols only; it should have the definition in terms of the names of the units as well, to avoid confusion. -- Starwed 20:15, 10 February 2006 (UTC)
hey.. someone put this in terms someone not taking physics would understand. like.. the amount of 1gram paperclips a magnet could pick up at 1 tesla.
Copyedited and removed the following cruft:
>== SI multiples == >
Submultiples | Multiples | ||||
---|---|---|---|---|---|
Value | SI symbol | Name | Value | SI symbol | Name |
10−1 T | dT | decitesla | 101 T | daT | decatesla |
10−2 T | cT | centitesla | 102 T | hT | hectotesla |
10−3 T | mT | millitesla | 103 T | kT | kilotesla |
10−6 T | μT | microtesla | 106 T | MT | megatesla |
10−9 T | nT | nanotesla | 109 T | GT | gigatesla |
10−12 T | pT | picotesla | 1012 T | TT | teratesla |
10−15 T | fT | femtotesla | 1015 T | PT | petatesla |
10−18 T | aT | attotesla | 1018 T | ET | exatesla |
10−21 T | zT | zeptotesla | 1021 T | ZT | zettatesla |
10−24 T | yT | yoctotesla | 1024 T | YT | yottatesla |
10−27 T | rT | rontotesla | 1027 T | RT | ronnatesla |
10−30 T | qT | quectotesla | 1030 T | QT | quettatesla |
Defining all these combinations of the SI units adds nothing to article
>== Explanation ==
>The tesla is the value of the total magnetic flux (a magnet's "power") divided by area. Hence, reducing >the affected area will generally increase the magnetic flux density.
>This will continue to occur until the material becomes magnetically saturated and/or the magnetic field >"leakage" increases so fast that no additional tesla gains are possible. citation needed
Makes no sense - what is being "reduced"? How does this have any relation to the definition of a unit?
84.92.241.186 22:55, 26 April 2007 (UTC)
Shouldn't n, the number of turns, be included when V or A are involved in the definition? Voltage should be volts/turn and current should be Ampere-Turns —Preceding unsigned comment added by 71.134.146.86 ( talk) 00:23, 20 January 2010 (UTC)
I find this hard to believe, as a tesla is quite a large flux density, so I have tagged it with {{ Fact}}. S. Morrow 23:11, 28 October 2007 (UTC)
I'm trying to find info on that detail. 68.83.179.156 ( talk) 15:43, 13 November 2009 (UTC)
The page says he's "Yugoslavian-American", but Tesla's own Wiki article says he was born in Austria, which is definitely not Yugoslavia. Yugoslavia is a part of Europe, which is stated on the Yugoslavia article. And before anyone complains to me about it, no, I won't edit it myself, because every edit I make is always reverted on Wikipedia, whether I'm trolling or not. —Preceding unsigned comment added by 74.195.230.26 ( talk) 14:45, 22 March 2010 (UTC)
71.99.86.158 ( talk) 17:26, 23 October 2010 (UTC)
"Electric vs Magnetic Field
It's sometimes confusing as to the difference between magnetic field (in tesla) vs electric field strength. The difference is that a magnetic field is moving while an electric field isn't, this can be seen by looking at the units for each. Electric field is N/C, while magnetic field (in tesla) can be written as N/(C*m/s). Showing the difference between the 2 clearly is m/s, or movement. In ferromagnets the movement creating the magnetic field is the electron spin (and to a lesser extent electron orbital angular momentum). In current carrying wire (electromagnets) the movement the electrons move through the wire (whether the wire's straight or circular)."
Please remove this. It's badly written and barely makes any sense. Does anybody agree? -- 79.55.31.10 ( talk) 14:12, 31 March 2011 (UTC)
The SI base units for the tesla is wrong in the Wiki article. Consult WolframAlpha and other sources. — Preceding unsigned comment added by 66.108.188.165 ( talk • contribs) 03:40, 21 September 2011 (UTC)
The bulk of the Conversions section consists of unsourced claims about the unit's non-usage among engineers, (although several of the article's sources seem to indicate otherwise), and claims that publications that do use it (presumably including mainstream journals) 'often' capitalize the unit. The correction is then oddly worded:
...seeing as the allegedly preferred gauss is also derived from a name. The paragraph should probably be removed per WP:NOR. AveVeritas ( talk) 06:10, 19 February 2014 (UTC)
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Cheers.— cyberbot II Talk to my owner:Online 10:50, 4 July 2016 (UTC)
Shouldn't there be a section describing the problem with this SI derived unit? All other official SI units (to my knowledge) are carefully designed to avoid conflict and ambiguity. But the tesla (unit) is given the symbol T, which is in direct conflict with the Terra (prefix) also a capital letter T.
For example, if one were to read 2.5 Tm, should that be interpreted as 2.5e+12 meters (a distance), or as 2.5 tesla*meters (a magnetic potential).
I read on the page about torque (as I recall) that the SI recommends, for example, Nm (newton-meter) to be used for torque, instead of mN (which is ambiguous -- it could mean meter-newton or milli-newton). But there is no discussion about the ambiguity with the symbol for tesla units -- which is a more serious problem in my opinion. I've been looking around for more info, and if I find it, I will update the article. Until then, any comments? Hydradix ( talk) 01:38, 23 August 2016 (UTC)
Hello fellow Wikipedians,
I have just modified one external link on Tesla (unit). Please take a moment to review my edit. If you have any questions, or need the bot to ignore the links, or the page altogether, please visit this simple FaQ for additional information. I made the following changes:
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This message was posted before February 2018.
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Cheers.— InternetArchiveBot ( Report bug) 03:04, 22 May 2017 (UTC)