Notice: Firmware Links Under Maintenance We are currently undergoing maintenance on all firmware links. If any links are inaccessible, please email or contact Tech Support for the firmware. We appreciate your patience during the maintenance, thank you for your understanding.
Difference between revisions of "Infobox"
| Line 7: | Line 7: | ||
*Image =file:DHIPCEBW812A0N.jpg | *Image =file:DHIPCEBW812A0N.jpg | ||
|} | |} | ||
| + | ===Test2=== | ||
| + | {{Infobox particle | ||
| + | |name = Electron | ||
| + | |image = [[File:HAtomOrbitals.png|280px]] | ||
| + | |caption = Hydrogen atom [[atomic orbital|orbitals]] at different energy levels. The brighter areas are where you are most likely to find an electron at any given time. | ||
| + | |num_types = | ||
| + | |composition = [[Elementary particle]]<ref name="prl50"/> | ||
| + | |statistics = [[Fermion]]ic | ||
| + | |group = [[Lepton]] | ||
| + | |generation = First | ||
| + | |interaction = [[Gravitation|Gravity]], [[Lorentz force|electromagnetic]], [[Weak interaction|weak]] | ||
| + | |antiparticle = [[Positron]] (also called antielectron) | ||
| + | |theorized = [[Richard Laming]] (1838–1851),<ref name="farrar"/><br>[[George Johnstone Stoney|G. Johnstone Stoney]] (1874) and others.<ref name="arabatzis"/><ref name="buchwald1"/> | ||
| + | |discovered = [[J. J. Thomson]] (1897)<ref name="thomson"/> | ||
| + | |symbol = {{SubatomicParticle|Electron}}, {{SubatomicParticle|beta-}} | ||
| + | |mass = {{val|9.10938356|(11)|e=-31|ul=kg}}<ref name="2010 CODATA" /><br /><!-- | ||
| + | -->{{val|5.48579909070|(16)|e=-4|ul=u}}<ref name="2010 CODATA" /><br /><!-- | ||
| + | -->[{{val|1822.8884845|(14)}}]<sup>−1</sup> u<ref group=note>The fractional version's denominator is the inverse of the decimal value (along with its relative standard uncertainty of {{val|4.2|e=-13|ul=u}}).</ref><br /><!-- | ||
| + | -->{{val|0.5109989461|(31)|ul=MeV/c2}}<ref name="2010 CODATA"/> | ||
| + | |electric_charge = {{val|-1|ul=e}}<ref group=note>The electron's charge is the negative of [[elementary charge]], which has a positive value for the proton.</ref><br /><!-- | ||
| + | -->{{val|-1.602176565|(35)|e=-19|ul=C}}<ref name="2010 CODATA" /><br /><!-- | ||
| + | -->{{val|-4.80320451|(10)|e=-10|u=[[Statcoulomb|esu]]}} | ||
| + | |magnetic_moment = {{gaps|−1.001|159|652|180|76(27)|u=[[Bohr magneton|μ<sub>B</sub>]]}}<ref name="2010 CODATA" /> | ||
| + | |spin = {{sfrac|1|2}} | ||
| + | | mean_lifetime = stable ( > {{val|6.6|e=28|u=yr}}<ref name=bx2015>{{cite journal | ||
| + | | author = Agostini M. et al. ([[Borexino]] Coll.) | ||
| + | | year = 2015 | ||
| + | | title = Test of Electric Charge Conservation with Borexino | ||
| + | | url = http://link.aps.org/doi/10.1103/PhysRevLett.115.231802 | ||
| + | | journal = [[Physical Review Letters]] | ||
| + | | volume = 115 | issue = 23 | pages = 231802 | ||
| + | | doi = 10.1103/PhysRevLett.115.231802 | ||
| + | | bibcode = 2015PhRvL.115w1802A | ||
| + | | arxiv = 1509.01223 | ||
| + | }} | ||
Revision as of 22:14, 20 July 2016
Test1
|
Test2
{{Infobox particle
|name = Electron
|image = 
|caption = Hydrogen atom orbitals at different energy levels. The brighter areas are where you are most likely to find an electron at any given time.
|num_types =
|composition = Elementary particle<ref name="prl50"/>
|statistics = Fermionic
|group = Lepton
|generation = First
|interaction = Gravity, electromagnetic, weak
|antiparticle = Positron (also called antielectron)
|theorized = Richard Laming (1838–1851),<ref name="farrar"/>
G. Johnstone Stoney (1874) and others.<ref name="arabatzis"/><ref name="buchwald1"/>
|discovered = J. J. Thomson (1897)<ref name="thomson"/>
|symbol = Template:SubatomicParticle, Template:SubatomicParticle
|mass = Template:Val<ref name="2010 CODATA" />
Template:Val<ref name="2010 CODATA" />
[[[:Template:Val]]]−1 u<ref group=note>The fractional version's denominator is the inverse of the decimal value (along with its relative standard uncertainty of Template:Val).</ref>
Template:Val<ref name="2010 CODATA"/>
|electric_charge = Template:Val<ref group=note>The electron's charge is the negative of elementary charge, which has a positive value for the proton.</ref>
Template:Val<ref name="2010 CODATA" />
Template:Val
|magnetic_moment = Template:Gaps<ref name="2010 CODATA" />
|spin = Template:Sfrac
| mean_lifetime = stable ( > Template:Val<ref name=bx2015>Template:Cite journal
