View source for Template:Long-lived fission products

{| class="wikitable sortable" style="float: right; text-align: right; font-size: 85%;"
|+ style="background-color:#FF6666" | {{navbar-collapsible|1=[[Physics:Long-lived fission product|Long-lived]] [[fission product]]s|2=Template:Long-lived fission products}}
|- style="text-align:center;"
! Nuclide
![[Halflife|t<sub>{{frac|1|2}}</sub>]]
![[Physics:Fission product yield|Yield]]
![[Physics:Decay energy|Decay<br/>energy]]<ref group="a">Decay energy is split among β, neutrino, and γ if any.</ref>
![[Decay mode|Decay<br/>mode]]
|- style="text-align:center;"
!
!{{nobold|1=([[Megaannum|Ma]])}}
!{{nobold|1=(%)}}<ref group="a">Per 65 thermal-neutron fissions of U-235 and 35 of Pu-239.</ref>
!{{nobold|1=([[Physics:Kiloelectronvolt|keV]])}}
!
|-
|[[Physics:Technetium-99|<sup>99</sup>Tc]]||0.211||6.1385||294||style="text-align:left;"|β
|-
|[[Physics:Tin-126|<sup>126</sup>Sn]]||0.230||0.1084||4050<ref group="a">Has decay energy 380 keV,<br/>but decay product Sb-126 has decay energy 3.67 MeV.</ref>||β[[Physics:Gamma ray|'''γ''']]
|-
|[[Physics:Selenium-79|<sup>79</sup>Se]]||0.327||0.0447||151||style="text-align:left;"|β
|-
|[[Physics:Zirconium-93|<sup>93</sup>Zr]]||1.53||5.4575||91||βγ
|-
|[[Physics:Caesium-135|<sup>135</sup>Cs]]||2.3||6.9110<ref group="a">Lower in thermal reactor because predecessor absorbs neutrons.</ref>||269||style="text-align:left;"|β
|-
|[[Physics:Palladium-107|<sup>107</sup>Pd]]||6.5||1.2499||33||style="text-align:left;"|β
|-
|[[Physics:Iodine-129|<sup>129</sup>I]]||15.7||0.8410||194||βγ
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|colspan="5" style="text-align:left;"|{{reflist|group=a}}
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