Изворни код странице Шаблон:CIAAW2016-lat/док

{{Documentation subpage-lat}}
'''{{tlf|CIAAW2016-lat}}''' adds a full reference ({{tag|ref}}) for the [[standard atomic weight]] (''A''<sub>r, standard</sub>) of chemical elements as defined by IUPAC (commission: [[CIAAW]]). The source is:
* {{CIAAW2016-lat|plain}}

This template has options to use by refname, and as plain source (no &lt;ref> tag). See [[#Options]].
;Notes
* This report was published in February 2016, while it documents the '''2013''' CIAAW list publication.
* As CIAAW publishes the atomic weights biannually, in 2015 the website published a new list of standard atomic weights.<ref name=CIAAW2015>{{cite web-lat|url=http://www.ciaaw.org/atomic-weights.htm|title=Standard Atomic Weights 2015|publisher=CIAAW|year=2015}}</ref> It appears that in 2015, only the formal standard atomic weight of '''[[ytterbium]]''' (<sub>70</sub>Yb) was changed wrt the "2013" publication.<ref>{{cite web-lat|url=https://www.degruyter.com/view/j/ci.2015.37.issue-5-6/ci-2015-0512/ci-2015-0512.xml |journal=Chemistry International |volume=37|eissn=0193-6484|issn=0193-6484|issue=5-6|p=26|title=Standard Atomic Weight of Ytterbium Revised|date=oktobar 2015|doi=10.1515/ci-2015-0512}}</ref> In 2017, no changes were published at all.

==Options==
* Default, 
: Some text.{{tlf|CIAAW2016-lat}} &rarr; Some text.{{CIAAW2016-lat}} 
: Optionally with accessdate: {{para|accessdate|2=2016-12-29}}
;First, unnamed parameter:
* {{para|1=1|2=plain}} (no <code>&lt;ref></code> tag)
: {{tlf|CIAAW2016-lat|plain}} &rarr; {{CIAAW2016-lat|plain}}
* {{para|1=1|2=name, refname}}
: {{tlf|CIAAW2016-lat|name}} &rarr; {{CIAAW2016-lat|name}} ({{tag|ref|single|params="CIAW2016"}}, for a second usage))

== CIAAW ==
Primarily, the atomic weights second  here are defined by [[CIAAW]] [http://www.ciaaw.org/publications.htm]:
* {{cite web-lat|title=Standard Atomic Weights|url=http://www.ciaaw.org/atomic-weights.htm|author=|date=2015|accessdate=20. 9. 2015|publisher=[[Commission on Isotopic Abundances and Atomic Weights]] (CIAAW)}} (68 elements)
* CIAAW also published additional lists in spreadsheet format (2013). It has additional ''conventional values'' for trade usage, and some background information on the numbers and calculations. (12 elements: H, B, Br, C, Cl, Li, Mg, N, O, S, Si, Tl).
:{{cite web-lat|title=Atomic weights of the elements 2013 (xls) |url=http://www.ciaaw.org/publications.htm |first1=T. B.|last1=Coplen|first2=W. A.|last2=Brand|displayauthors=1|date=2013 |accessdate=26. 5. 2015|publisher=CIAAW}}
* Some unstable elements can naturally occur, and so are listed (4 elements: Bi, Th, Pa, U)
* Additional values are those of the most stable isotopes, as given in [[List of chemical elements]] (34 elements). This source is not supported by the CIAAW publications.

* [http://www.ciaaw.org/atomic-weights.htm CIAAW site] or table 1 in PAC, has footnotes g, m, r.

==Standard atomic weights==
{| class="wikitable sortable collapsible collapsed" style="width:100%;"
|- style="vertical-align:top;"
! Atomic&nbsp;number<br/>{{nobold|1=Z}}
! Element
! Molar&nbsp;mass<br/>{{nobold|1=g/mol}}
! Note
|-
! &nbsp;
!
!
!
|-
| 1 || H || {{Chem molar mass|round=no|sortable=yes|H=1}} ||
|-
| 2 || He || {{Chem molar mass|round=no|sortable=yes|He=1}} ||
|-
| 3 || Li || {{Chem molar mass|round=no|sortable=yes|Li=1}} ||
|-
| 4 || Be || {{Chem molar mass|round=no|sortable=yes|Be=1}} ||
|-
| 5 || B || {{Chem molar mass|round=no|sortable=yes|B=1}} ||
|-
| 6 || C || {{Chem molar mass|round=no|sortable=yes|C=1}} ||
|-
| 7 || N || {{Chem molar mass|round=no|sortable=yes|N=1}} ||
|-
| 8 || O || {{Chem molar mass|round=no|sortable=yes|O=1}} ||
|-
| 9 || F || {{Chem molar mass|round=no|sortable=yes|F=1}} ||
|-
| 10 || Ne || {{Chem molar mass|round=no|sortable=yes|Ne=1}} ||
|-
| 11 || Na || {{Chem molar mass|round=no|sortable=yes|Na=1}} ||
|-
| 12 || Mg || {{Chem molar mass|round=no|sortable=yes|Mg=1}} ||
|-
| 13 || Al || {{Chem molar mass|round=no|sortable=yes|Al=1}} ||
|-
| 14 || Si || {{Chem molar mass|round=no|sortable=yes|Si=1}} ||
|-
| 15 || P || {{Chem molar mass|round=no|sortable=yes|P=1}} ||
|-
| 16 || S || {{Chem molar mass|round=no|sortable=yes|S=1}} ||
|-
| 17 || Cl || {{Chem molar mass|round=no|sortable=yes|Cl=1}} ||
|-
| 18 || Ar || {{Chem molar mass|round=no|sortable=yes|Ar=1}} ||
|-
| 19 || K || {{Chem molar mass|round=no|sortable=yes|K=1}} ||
|-
| 20 || Ca || {{Chem molar mass|round=no|sortable=yes|Ca=1}} ||
|-
| 21 || Sc || {{Chem molar mass|round=no|sortable=yes|Sc=1}} ||
|-
| 22 || Ti || {{Chem molar mass|round=no|sortable=yes|Ti=1}} ||
|-
| 23 || V || {{Chem molar mass|round=no|sortable=yes|V=1}} ||
|-
| 24 || Cr || {{Chem molar mass|round=no|sortable=yes|Cr=1}} ||
|-
| 25 || Mn || {{Chem molar mass|round=no|sortable=yes|Mn=1}} ||
|-
| 26 || Fe || {{Chem molar mass|round=no|sortable=yes|Fe=1}} ||
|-
| 27 || Co || {{Chem molar mass|round=no|sortable=yes|Co=1}} ||
|-
| 28 || Ni || {{Chem molar mass|round=no|sortable=yes|Ni=1}} ||
|-
| 29 || Cu || {{Chem molar mass|round=no|sortable=yes|Cu=1}} ||
|-
| 30 || Zn || {{Chem molar mass|round=no|sortable=yes|Zn=1}} ||
|-
| 31 || Ga || {{Chem molar mass|round=no|sortable=yes|Ga=1}} ||
|-
| 32 || Ge || {{Chem molar mass|round=no|sortable=yes|Ge=1}} ||
|-
| 33 || As || {{Chem molar mass|round=no|sortable=yes|As=1}} ||
|-
| 34 || Se || {{Chem molar mass|round=no|sortable=yes|Se=1}} ||
|-
| 35 || Br || {{Chem molar mass|round=no|sortable=yes|Br=1}} ||
|-
| 36 || Kr || {{Chem molar mass|round=no|sortable=yes|Kr=1}} ||
|-
| 37 || Rb || {{Chem molar mass|round=no|sortable=yes|Rb=1}} ||
|-
| 38 || Sr || {{Chem molar mass|round=no|sortable=yes|Sr=1}} ||
|-
| 39 || Y || {{Chem molar mass|round=no|sortable=yes|Y=1}} ||
|-
| 40 || Zr || {{Chem molar mass|round=no|sortable=yes|Zr=1}} ||
|-
| 41 || Nb || {{Chem molar mass|round=no|sortable=yes|Nb=1}} ||
|-
| 42 || Mo || {{Chem molar mass|round=no|sortable=yes|Mo=1}} ||
|-
| 43 || Tc || {{Chem molar mass|round=no|sortable=yes|Tc=1}} ||
|-
| 44 || Ru || {{Chem molar mass|round=no|sortable=yes|Ru=1}} ||
|-
| 45 || Rh || {{Chem molar mass|round=no|sortable=yes|Rh=1}} ||
|-
| 46 || Pd || {{Chem molar mass|round=no|sortable=yes|Pd=1}} ||
|-
| 47 || Ag || {{Chem molar mass|round=no|sortable=yes|Ag=1}} ||
|-
| 48 || Cd || {{Chem molar mass|round=no|sortable=yes|Cd=1}} ||
|-
| 49 || In || {{Chem molar mass|round=no|sortable=yes|In=1}} ||
|-
| 50 || Sn || {{Chem molar mass|round=no|sortable=yes|Sn=1}} ||
|-
| 51 || Sb || {{Chem molar mass|round=no|sortable=yes|Sb=1}} ||
|-
| 52 || Te || {{Chem molar mass|round=no|sortable=yes|Te=1}} || {{nowrap|1=(Does not follow atomic number)}}
|-
| 53 || I || {{Chem molar mass|round=no|sortable=yes|I=1}} || {{nowrap|1=(Does not follow atomic number)}}
|-
| 54 || Xe || {{Chem molar mass|round=no|sortable=yes|Xe=1}} ||
|-
| 55 || Cs || {{Chem molar mass|round=no|sortable=yes|Cs=1}} ||
|-
| 56 || Ba || {{Chem molar mass|round=no|sortable=yes|Ba=1}} ||
|-
| 57 || La || {{Chem molar mass|round=no|sortable=yes|La=1}} ||
|-
| 58 || Ce || {{Chem molar mass|round=no|sortable=yes|Ce=1}} ||
|-
| 59 || Pr || {{Chem molar mass|round=no|sortable=yes|Pr=1}} ||
|-
| 60 || Nd || {{Chem molar mass|round=no|sortable=yes|Nd=1}} ||
|-
| 61 || Pm || {{Chem molar mass|round=no|sortable=yes|Pm=1}} ||
|-
| 62 || Sm || {{Chem molar mass|round=no|sortable=yes|Sm=1}} ||
|-
| 63 || Eu || {{Chem molar mass|round=no|sortable=yes|Eu=1}} ||
|-
| 64 || Gd || {{Chem molar mass|round=no|sortable=yes|Gd=1}} ||
|-
| 65 || Tb || {{Chem molar mass|round=no|sortable=yes|Tb=1}} ||
|-
| 66 || Dy || {{Chem molar mass|round=no|sortable=yes|Dy=1}} ||
|-
| 67 || Ho || {{Chem molar mass|round=no|sortable=yes|Ho=1}} ||
|-
| 68 || Er || {{Chem molar mass|round=no|sortable=yes|Er=1}} ||
|-
| 69 || Tm || {{Chem molar mass|round=no|sortable=yes|Tm=1}} ||
|-
| 70 || Yb || {{Chem molar mass|round=no|sortable=yes|Yb=1}} ||
|-
| 71 || Lu || {{Chem molar mass|round=no|sortable=yes|Lu=1}} ||
|-
| 72 || Hf || {{Chem molar mass|round=no|sortable=yes|Hf=1}} ||
|-
| 73 || Ta || {{Chem molar mass|round=no|sortable=yes|Ta=1}} ||
|-
| 74 || W || {{Chem molar mass|round=no|sortable=yes|W=1}} ||
|-
| 75 || Re || {{Chem molar mass|round=no|sortable=yes|Re=1}} ||
|-
| 76 || Os || {{Chem molar mass|round=no|sortable=yes|Os=1}} ||
|-
| 77 || Ir || {{Chem molar mass|round=no|sortable=yes|Ir=1}} ||
|-
| 78 || Pt || {{Chem molar mass|round=no|sortable=yes|Pt=1}} ||
|-
| 79 || Au || {{Chem molar mass|round=no|sortable=yes|Au=1}} ||
|-
| 80 || Hg || {{Chem molar mass|round=no|sortable=yes|Hg=1}} ||
|-
| 81 || Tl || {{Chem molar mass|round=no|sortable=yes|Tl=1}} ||
|-
| 82 || Pb || {{Chem molar mass|round=no|sortable=yes|Pb=1}} ||
|-
| 83 || Bi || {{Chem molar mass|round=no|sortable=yes|Bi=1}} ||
|-
| 84 || Po || {{Chem molar mass|round=no|sortable=yes|Po=1}} ||
|-
| 85 || At || {{Chem molar mass|round=no|sortable=yes|At=1}} ||
|-
| 86 || Rn || {{Chem molar mass|round=no|sortable=yes|Rn=1}} ||
|-
| 87 || Fr || {{Chem molar mass|round=no|sortable=yes|Fr=1}} ||
|-
| 88 || Ra || {{Chem molar mass|round=no|sortable=yes|Ra=1}} ||
|-
| 89 || Ac || {{Chem molar mass|round=no|sortable=yes|Ac=1}} ||
|-
| 90 || Th || {{Chem molar mass|round=no|sortable=yes|Th=1}} ||
|-
| 91 || Pa || {{Chem molar mass|round=no|sortable=yes|Pa=1}} ||
|-
| 92 || U || {{Chem molar mass|round=no|sortable=yes|U=1}} ||
|-
| 93 || Np || {{Chem molar mass|round=no|sortable=yes|Np=1}} ||
|-
| 94 || Pu || {{Chem molar mass|round=no|sortable=yes|Pu=1}} ||
|-
| 95 || Am || {{Chem molar mass|round=no|sortable=yes|Am=1}} ||
|-
| 96 || Cm || {{Chem molar mass|round=no|sortable=yes|Cm=1}} ||
|-
| 97 || Bk || {{Chem molar mass|round=no|sortable=yes|Bk=1}} ||
|-
| 98 || Cf || {{Chem molar mass|round=no|sortable=yes|Cf=1}} ||
|-
| 99 || Es || {{Chem molar mass|round=no|sortable=yes|Es=1}} ||
|-
| 100 || Fm || {{Chem molar mass|round=no|sortable=yes|Fm=1}} ||
|-
| 101 || Md || {{Chem molar mass|round=no|sortable=yes|Md=1}} ||
|-
| 102 || No || {{Chem molar mass|round=no|sortable=yes|No=1}} ||
|-
| 103 || Lr || {{Chem molar mass|round=no|sortable=yes|Lr=1}} ||
|-
| 104 || Rf || {{Chem molar mass|round=no|sortable=yes|Rf=1}} ||
|-
| 105 || Db || {{Chem molar mass|round=no|sortable=yes|Db=1}} ||
|-
| 106 || Sg || {{Chem molar mass|round=no|sortable=yes|Sg=1}} ||
|-
| 107 || Bh || {{Chem molar mass|round=no|sortable=yes|Bh=1}} ||
|-
| 108 || Hs || {{Chem molar mass|round=no|sortable=yes|Hs=1}} ||
|-
| 109 || Mt || {{Chem molar mass|round=no|sortable=yes|Mt=1}} ||
|-
| 110 || Ds || {{Chem molar mass|round=no|sortable=yes|Ds=1}} ||
|-
| 111 || Rg || {{Chem molar mass|round=no|sortable=yes|Rg=1}} ||
|-
| 112 || Cn || {{Chem molar mass|round=no|sortable=yes|Cn=1}} ||
|-
| 113 || Nh || {{Chem molar mass|round=no|sortable=yes|Nh=1}} ||
|-
| 114 || Fl || {{Chem molar mass|round=no|sortable=yes|Fl=1}} ||
|-
| 115 || Mc || {{Chem molar mass|round=no|sortable=yes|Mc=1}} ||
|-
| 116 || Lv || {{Chem molar mass|round=no|sortable=yes|Lv=1}} ||
|-
| 117 || Ts || {{Chem molar mass|round=no|sortable=yes|Ts=1}} ||
|-
| 118 || Og || {{Chem molar mass|round=no|sortable=yes|Og=1}} ||
|}

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