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*Monatomic elemental gases: [[helium]] (He), [[neon]] (Ne), [[argon]] (Ar), [[krypton]] (Kr) and [[xenon]] (Xe) ...six naturally occurring noble gases are [[helium]] (He), [[neon]] (Ne), [[argon]] (Ar), [[krypton]] (Kr), [[xenon]] (Xe), and [[radon]] (Rn).

|{{Cel | cw={{{cellWidth}}} | ch={{{cellHeight}}} | nam= Argon | cs = {{{colorscheme}}}| eSym = Ar}}

|{{Rpc |{{{1|}}}|{{{2|}}}|{{{3|}}}|{{{4|}}}|{{{5|}}}|{{{6|}}}| eName = Argon | colorscheme = {{{colorscheme}}}| eSym = Ar}}

...ace above the sodium pool and inside the guard vessel is filled with inert argon gas.<ref name=IFRsodiumRisk1/><br> ...tains non-fissile uranium, and is processed either in a highly radioactive argon-gas-atmosphere hot cell or as fully formed highly radioactive fuel elements

|align=center| [[Argon|Ar]] ||align=center| 714.28 ||align=center| 1.4 E-3 ||align=center| 3.955 E ...lign=center| [[Helium|He]] || align=center| [[Neon|Ne]] || align=center| [[Argon|Ar]] || align=center| [[Carbon monoxide|CO]]

|[[Argon|{{ {{#ifeq:{{{elSym}}}|Ar

<tr><td> Ar <td> [[Argon]] <td align="right"> 18

<tr><td>18<td>Ar <td>[[Argon]] <td bgcolor="#D0D0D0">2 <td bgcolor="#D0D0D0">2<td>6 <td bgcolo

|align=center| [[Argon|Ar]] ||align=center| 714.28 ||align=center| 1.4 E-3 ||align=center| 3.955 E ...lign=center| [[Helium|He]] || align=center| [[Neon|Ne]] || align=center| [[Argon|Ar]] || align=center| [[Carbon monoxide|CO]]

...d align="left "> 18 <td> [[Argon|Ar]] <td width="5%" > {{Atomic mass|Argon}} <td width="15%"> <td align="left "> 55 <td> [[Caesium|Cs]] <td wi

{{Elementbox_econfig | &#91;[[argon|Ar]]&#93; 3d⁷ 4s² }}

...pplications (e.g., for the production of [[liquid]] oxygen, nitrogen and [[argon]]). Only when the Joule-Thomson coefficient for the given gas at the given

...pplications (e.g., for the production of [[liquid]] oxygen, nitrogen and [[argon]]). Only when the Joule-Thomson coefficient for the given gas at the given

...al elements (most of which is hydrogen, helium, nitrogen, oxygen, neon and argon) and condensed dust grains (primarily aluminium, calcium magnesium, and iro

Uranium dioxide films can be deposited by reactive [[spluttering]] using an [[argon]] and [[oxygen]] mixture at a low [[preasure]]. This has been used to make

...</sub>), the &chi;_''m'' of air is 4&sdot;10^&minus;7. Argon at STP is diamagnetic with &chi;_''m'' = &minus;1&sdot;10<sup>&mi

...roperties]] (DIPPR). <ref>Wagner W., "New vapour pressure measurements for argon and nitrogen and a new method for establishing rational vapour pressure equ

...isotopes [[carbon-14]] (into [[nitrogen-14]]) and [[potassium-40]] (into [[argon-40]]). ...t are less than about 50,000 years old. For older periods, the [[potassium-argon dating process]] is more accurate. Radiocarbon dating is carried out by mea

{{r|Argon}}

...78% [[nitrogen]] and 21% [[oxygen]]. The remainder of about 1% contains [[argon]], [[carbon dioxide]] and very small amounts of other gases. The atmosphere |[[Argon]]|| align="center"|Ar|| align="center"|0.934|| align="center"|9,340