{{ Isotopes/main/isotope | mn = 100 | sym = Sn
| na = | hl =
| dm1 = | pn1 = | ps1 =
| dm2 = | pn2 = | ps2 =
}}
{{ Infobox element isotopes/isotopes | link = | mn = 101 | sym = Ag
| na = | hl =
| ref =
| dm1 = | perc1 = | link1 = | ref1 = | pn1 = | ps1 =
| dm2 = | perc2 = | link2 = | ref2 = | pn2 = | ps2 =
| dm3 = | perc3 = | link3 = | ref3 = | pn3 = | ps3 =
| dm4 = | perc4 = | link4 = | ref4 = | pn4 = | ps4 =
}}
< nowiki > <</ nowiki > ref name="HW"/>
</ pre >
< pre style = "font-size: 70%; background:white;" >
{{testcase table
|_template1=Infobox element isotopes
|_template2=Infobox isotopes (meta)
...
}}
ALL PARAMETERS:
{{ Infobox isotopes (meta)
| symbol =
| ref-table = <!-- <ref name="HW"/> -->
| ref-nubase2020 =
| ref-NUBASE2020 =
| isotopes =
< nowiki > {{</ nowiki > Infobox element isotopes/isotopes | link = | mn = | sym =
| na = | hl =
| ref =
| dm1 = | perc1 = | link1 = | ref1 = | pn1 = | ps1 =
| dm2 = | perc2 = | link2 = | ref2 = | pn2 = | ps2 =
| dm3 = | perc3 = | link3 = | ref3 = | pn3 = | ps3 =
| dm4 = | perc4 = | link4 = | ref4 = | pn4 = | ps4 = }}
|footnote =
|child =no
}}
< nowiki > <</ nowiki > ref name="HW"/>
{{ Infobox isotopes (meta)
| symbol = Tt
| isotopes =
< nowiki > {{</ nowiki > Isotopes/main/isotope | link = | mn = 101 | sym = Ag
| na = | hl =
| ref =
| dm1 = | perc1 = | link1 = | ref1 = | pn1 = | ps1 =
| dm2 = | perc2 = | link2 = | ref2 = | pn2 = | ps2 =
| dm3 = | perc3 = | link3 = | ref3 = | pn3 = | ps3 = }}
}}
<ref name="HW"/> _[ 1]
2. <ref name="HM"/> _[ 2]
Status of data definitions for dm1–4, na, hl
code & symbol
|ID:aaa=zzz
|ID:alpha=α
|ID:beta=β
|ID:b-=β<sup>−</sup>
|ID:2b-=β<sup>−</sup>β<sup>−</sup>
|ID:b+=β<sup>+</sup>
|ID:2b+=β<sup>+</sup>β<sup>+</sup>
|ID:epsi=ε
|ID:epsiepsi=εε
|ID:epsiANDb+=ε + β<sup>+</sup>
|ID:e+=e+
|ID:gamma=γ
|ID:n=n
|ID:2n=2n
|ID:p=p
|ID:2p=2p
|ID:EC=EC
|ID:IT=IT
|ID:SF=SF
|ID:IS=IS
|ID:CD=CD
|ID:b-n=β<sup>−</sup>n
|ID:b-2n=β<sup>−</sup>2n
|ID:b-3n=β<sup>−</sup>3n
|ID:b-a=β<sup>−</sup>α
|ID:b-d=β<sup>−</sup>d
|ID:b-t=β<sup>−</sup>t
|ID:b-SF=β<sup>−</sup>SF
|ID:b+p=β<sup>+</sup>p
|ID:b+2p=β<sup>+</sup>2p
|ID:b+3p=β<sup>+</sup>3p
|ID:b+a=β<sup>+</sup>α
|ID:b+SF=β<sup>+</sup>SF
|ID:14C=<sup>14</sup>C
|ID:20Ne=<sup>20</sup>Ne
|ID:24Ne=<sup>24</sup>Ne
|ID:24NeAND26Ne=<sup>24</sup>Ne + <sup>26</sup>Ne
|ID:25Ne=<sup>25</sup>Ne
|ID:25NeAND28Mg=<sup>25</sup>Ne + <sup>28</sup>Mg
|ID:26Ne=<sup>26</sup>Ne
|ID:28Mg=<sup>28</sup>Mg
|ID:28MgAND30Mg=<sup>28</sup>Mg + <sup>30</sup>Mg
|ID:30Mg=<sup>30</sup>Mg
|ID:32Si=<sup>32</sup>Si
|ID:34Si=<sup>34</sup>Si
|ID:stable=stable
|ID:obsstable=observ. stable
|ID:synth=synth
|ID:trace=trace
|ALT:2b-=2β<sup>−</sup>
|ALT:2b+=2β<sup>+</sup>
|ALT:b+=ε + e<sup>+</sup>
|ALT:CD=24Ne
|SYN:24Ne+26Ne=24NeAND26Ne
|SYN:24Neand26Ne=24NeAND26Ne
|SYN:25Ne+28Mg=25NeAND28Mg
|SYN:25Neand28Mg=25NeAND28Mg
|SYN:28Mg+30Mg=28MgAND30Mg
|SYN:28Mgand30Mg=28MgAND30Mg
|SYN:C-14=14C
|SYN:Mg-28=28Mg
|SYN:Mg-28+Mg-30=28MgAND30Mg
|SYN:Mg-28ANDMg-30=28MgAND30Mg
|SYN:Mg-28andMg-30=28MgAND30Mg
|SYN:Mg-30=30Mg
|SYN:Ne-20=20Ne
|SYN:Ne-24=24Ne
|SYN:Ne-24+Ne-26=24NeAND26Ne
|SYN:Ne-24ANDNe-26=24NeAND26Ne
|SYN:Ne-24andNe-26=24NeAND26Ne
|SYN:Ne-25=25Ne
|SYN:Ne-25+Mg-28=25NeAND28Mg
|SYN:Ne-25ANDMg-28=25NeAND28Mg
|SYN:Ne-25andMg-28=25NeAND28Mg
|SYN:Ne-26=26Ne
|SYN:Si-32=32Si
|SYN:Si-34=34Si
|SYN:a=alpha
|SYN:b=beta
|SYN:b+b+=2b+
|SYN:b+pp=b+2p
|SYN:b+ppp=b+3p
|SYN:b-b-=2b-
|SYN:b-nn=b-2n
|SYN:b-nnn=b-3n
|SYN:ee=epsiepsi
|SYN:epsi+b+=epsiANDb+
|SYN:epsi+e+=b+
|SYN:epsiANDe+=b+
|SYN:epsiandb+=epsiANDb+
|SYN:epsiande+=b+
|SYN:epsilon=epsi
|SYN:epsilonepsilon=epsiepsi
|SYN:g=gamma
|SYN:nn=2n
|SYN:pp=2p
|SYN:syn=synth
|SYN:ZZZ=zz
|WLINK:alpha=alpha decay
|WLINK:beta=beta decay
|WLINK:b-=beta minus decay
|WLINK:2b-=double beta minus decay
|WLINK:b+=beta plus decay
|WLINK:2b+=double beta plus decay
|WLINK:epsi=electron capture
|WLINK:epsiepsi=electron capture
|WLINK:epsiANDb+=electron capture and beta plus decay
|WLINK:e+=positron emission
|WLINK:gamma=gamma decay
|WLINK:n=neutron emission
|WLINK:2n=double neutron emission
|WLINK:p=proton emission
|WLINK:2p=double proton emission
|WLINK:EC=electron capture
|WLINK:IT=isomeric transition
|WLINK:SF=spontaneous fission
|WLINK:IS=isotopic abundance
|WLINK:CD=cluster decay
|WLINK:b-n=delayed decay
|WLINK:b-2n=delayed decay
|WLINK:b-3n=delayed decay
|WLINK:b-a=delayed decay
|WLINK:b-d=delayed decay
|WLINK:b-t=delayed decay
|WLINK:b-SF=delayed decay
|WLINK:b+p=delayed decay
|WLINK:b+2p=delayed decay
|WLINK:b+3p=delayed decay
|WLINK:b+a=delayed decay
|WLINK:b+SF=delayed decay
|WLINK:14C=heavy cluster decay
|WLINK:20Ne=heavy cluster decay
|WLINK:24Ne=heavy cluster decay
|WLINK:24NeAND26Ne=heavy cluster decay
|WLINK:25Ne=heavy cluster decay
|WLINK:25NeAND28Mg=heavy cluster decay
|WLINK:26Ne=heavy cluster decay
|WLINK:20Ne=heavy cluster decay
|WLINK:28Mg=heavy cluster decay
|WLINK:28MgAND30Mg=heavy cluster decay
|WLINK:30Mg=heavy cluster decay
|WLINK:32Si=heavy cluster decay
|WLINK:34Si=heavy cluster decay
|WLINK:stable=stable isotope
|WLINK:obsstable=observationally stable isotope
|WLINK:synth=synthetic radioisotope
|WLINK:trace=trace radioisotope
48x |property=dm-symbol
(ie, |dm1=β<sup>−</sup>
, which is the expected output to show (as formatted, like using <sup>...</sup>
) Tot test"does the table reognise the formatted symbol as input?)
Isotopes of [[]] ( Xx)
Main isotopes
Decay
abundance
half-life (t 1/2 )
mode
product
207 Pb
synth
1 y
α
197 Au
207 Pb
synth
1 y
β
197 Au
207 Pb
synth
1 y
β−
197 Au
207 Pb
synth
1 y
β− β−
197 Au
207 Pb
synth
1 y
β+
197 Au
207 Pb
synth
1 y
β+ β+
197 Au
207 Pb
synth
1 y
ε
197 Au
207 Pb
synth
1 y
εε
197 Au
207 Pb
synth
1 y
ε + β+
197 Au
207 Pb
synth
1 y
e+
197 Au
207 Pb
synth
1 y
γ
197 Au
207 Pb
synth
1 y
n
197 Au
207 Pb
synth
1 y
2n
197 Au
207 Pb
synth
1 y
p
197 Au
207 Pb
synth
1 y
2p
197 Au
207 Pb
synth
1 y
EC
197 Au
207 Pb
synth
1 y
IT
197 Au
207 Pb
synth
1 y
SF
197 Au
207 Pb
synth
1 y
IS
197 Au
207 Pb
synth
1 y
CD
197 Au
207 Pb
synth
1 y
β− n
197 Au
207 Pb
synth
1 y
β− 2n
197 Au
207 Pb
synth
1 y
β− 3n
197 Au
207 Pb
synth
1 y
β− α
197 Au
207 Pb
synth
1 y
β− d
197 Au
207 Pb
synth
1 y
β− t
197 Au
207 Pb
synth
1 y
β− SF
197 Au
207 Pb
synth
1 y
β+ p
197 Au
207 Pb
synth
1 y
β+ 2p
197 Au
207 Pb
synth
1 y
β+ 3p
197 Au
207 Pb
synth
1 y
β+ α
197 Au
207 Pb
synth
1 y
β+ SF
197 Au
207 Pb
synth
1 y
14 C
197 Au
207 Pb
synth
1 y
20 Ne
197 Au
207 Pb
synth
1 y
24 Ne
197 Au
207 Pb
synth
1 y
24 Ne + 26 Ne
197 Au
207 Pb
synth
1 y
25 Ne
197 Au
207 Pb
synth
1 y
25 Ne + 28 Mg
197 Au
207 Pb
synth
1 y
26 Ne
197 Au
207 Pb
synth
1 y
28 Mg
197 Au
207 Pb
synth
1 y
28 Mg + 30 Mg
197 Au
207 Pb
synth
1 y
30 Mg
197 Au
207 Pb
synth
1 y
32 Si
197 Au
207 Pb
synth
1 y
34 Si
197 Au
207 Pb
synth
stable
207 Pb
synth
observ. stable
207 Pb
synth
1 y
α
197 Au
207 Pb
trace
1 y
α
197 Au
4x ALT symbol (not shown in enwiki) (na=code)
|ALT:2b-=2β−
|ALT:2b+=2β+
|ALT:b+=ε + e+
|ALT:CD=24Ne
See {{ Isotopes/decay-mode/property/property-list }}
48x |property=dm-symbol
(ie, output for show)
Isotopes of [[]] ( Xx)
Main isotopes
Decay
abundance
half-life (t 1/2 )
mode
product
207 Pb
synth
1 y
α
197 Au
207 Pb
synth
1 y
β
197 Au
207 Pb
synth
1 y
β−
197 Au
207 Pb
synth
1 y
β− β−
197 Au
207 Pb
synth
1 y
β+
197 Au
207 Pb
synth
1 y
β+ β+
197 Au
207 Pb
synth
1 y
ε
197 Au
207 Pb
synth
1 y
εε
197 Au
207 Pb
synth
1 y
ε + β+
197 Au
207 Pb
synth
1 y
e+
197 Au
207 Pb
synth
1 y
γ
197 Au
207 Pb
synth
1 y
n
197 Au
207 Pb
synth
1 y
2n
197 Au
207 Pb
synth
1 y
p
197 Au
207 Pb
synth
1 y
2p
197 Au
207 Pb
synth
1 y
EC
197 Au
207 Pb
synth
1 y
IT
197 Au
207 Pb
synth
1 y
SF
197 Au
207 Pb
synth
1 y
IS
197 Au
207 Pb
synth
1 y
CD
197 Au
207 Pb
synth
1 y
β− n
197 Au
207 Pb
synth
1 y
β− 2n
197 Au
207 Pb
synth
1 y
β− 3n
197 Au
207 Pb
synth
1 y
β− α
197 Au
207 Pb
synth
1 y
β− d
197 Au
207 Pb
synth
1 y
β− t
197 Au
207 Pb
synth
1 y
β− SF
197 Au
207 Pb
synth
1 y
β+ p
197 Au
207 Pb
synth
1 y
β+ 2p
197 Au
207 Pb
synth
1 y
β+ 3p
197 Au
207 Pb
synth
1 y
β+ α
197 Au
207 Pb
synth
1 y
β+ SF
197 Au
207 Pb
synth
1 y
14 C
197 Au
207 Pb
synth
1 y
20 Ne
197 Au
207 Pb
synth
1 y
24 Ne
197 Au
207 Pb
synth
1 y
24 Ne + 26 Ne
197 Au
207 Pb
synth
1 y
25 Ne
197 Au
207 Pb
synth
1 y
25 Ne + 28 Mg
197 Au
207 Pb
synth
1 y
26 Ne
197 Au
207 Pb
synth
1 y
28 Mg
197 Au
207 Pb
synth
1 y
28 Mg + 30 Mg
197 Au
207 Pb
synth
1 y
30 Mg
197 Au
207 Pb
synth
1 y
32 Si
197 Au
207 Pb
synth
1 y
34 Si
197 Au
207 Pb
synth
stable
207 Pb
synth
observ. stable
207 Pb
synth
1 y
α
197 Au
207 Pb
trace
1 y
α
197 Au
{{ testcase table }}
iso data missing
^ a b c d e f g h i j k l Hello World
^ a b c d e f Hello Moon
^ a b c d e Kondev, F. G.; Wang, M.; Huang, W. J.; Naimi, S.; Audi, G. (2021). "The NUBASE2020 evaluation of nuclear properties" (PDF) . Chinese Physics C . 45 (3): 030001. doi :10.1088/1674-1137/abddae .
^ "Standard Atomic Weights: Aluminium" . CIAAW . 2017.
^ a b c d Prohaska, Thomas; Irrgeher, Johanna; Benefield, Jacqueline; Böhlke, John K.; Chesson, Lesley A.; Coplen, Tyler B.; Ding, Tiping; Dunn, Philip J. H.; Gröning, Manfred; Holden, Norman E.; Meijer, Harro A. J. (2022-05-04). "Standard atomic weights of the elements 2021 (IUPAC Technical Report)" . Pure and Applied Chemistry . doi :10.1515/pac-2019-0603 . ISSN 1365-3075 .
^ "Standard Atomic Weights: Aluminium" . CIAAW . 2017.
^ "Standard Atomic Weights: Aluminium" . CIAAW . 2017.
^ "Standard Atomic Weights: Aluminium" . CIAAW . 2017.