User:DePiep/iso-t
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#List of isotopes
- ① Z=1 H
- He
② 3 Li - Be
- B
- C
- N
- O
- F
- Ne
③ 11 Na - Mg
- Al
- Si
- P
- S
- Cl
- Ar
④ 19 K - Ca
- Sc
- Ti
- V
- Cr
- Mn
- Fe
- Co
- Ni
- Cu
- Zn
- Ga
- Ge
- As
- Se
- Br
- Kr
⑤ 37 Rb - Sr
- Y
- Zr
- Nb
- Mo
- Tc
- Ru
- Rh
- Pd
- Ag
- Cd
- In
- Sn
- Sb
- Te
- I
- Xe
⑥ 55 Cs - Ba
- La
- Ce
- Pr
- Nd
- Pm
- Sm
- Eu
- Gd
- Tb
- Dy
- Ho
- Er
- Tm
- Yb
- Lu
- Hf
- Ta
- W
- Re
- Os
- Ir
- Pt
- Au
- Hg
- Tl
- Pb
- Bi
- Po
- At
- Rn
⑦ 87 Fr - Ra
- Ac
- Th
- Pa
- U
- Np
- Pu
- Am
- Cm
- Bk
- Cf
- Es
- Fm
- Md
- No
- Lr
- Rf
- Db
- Sg
- Bh
- Hs
- Mt
- Ds
- Rg
- Cn
- Nh
- Fl
- Mc
- Lv
- Ts
- Og
⑧ 119 Uue - Ubn
- Ubu R
- Ubb R
Category:Lists of isotopes by element (122) - Category:Isotope content page (65)
- {{Isotopes table}}
- {{NUBASE2020}}
- {{AME2020 II}}
theoretical, notation
[edit]
Our notation
[edit]Allow me to initiate a side question: how do we notate theoretical isotopes? For now, we could focus on the Big Table (and then spinoff into other places like articles, infoboxes). I myself have no knowledge about the physical backgrounds, so I'll follow your input in this.
The topic. NUBASE2020 § Number of isotopes listed notes 218+45=263 unobserved, estimated ones.
As research goes, after "2020" new research & isotopes appear (observated, theoretical), so we should accomodate such development. If there is a standard approach (in RL science) for isotope status, I'd like to learn. Say, level of theoretical status. And IIRC, there are also Trends in Neighboring Nuclei (TNN) § 3.1 and in AME is Trends from the Mass Surface (TMS). These are theoretical excercises to right? Note: on enwiki TNN and TMS have no entry not even a redirect target (-section).
I'll await your conclusions (above) on whether & when any theoretical isotope should be included at all in the big table.
Question: is a theoretical istope black/white? Or is there a grey area, tied to somewhat existing isotopes? See 31Ne: "Decay mode shown is energetically allowed, but has not been experimentally observed to occur in this nuclide."
References. always, IMO, non-NUBASE2020 data should be added in the big table, as a ref. Isotope-all data in column 1 (with the 123Xx ID); specific sources, say on half-life, can go in the specific column.
While refs NUBASE2020 and AME2020 can be added always (optionally as named). Can we adopt a standard in this? eg, "all data is from NUBASE2020, unless otherwise sourced"? (transition to 'NUBASE2024' data to be handled; experience says this happens at an isotope-by-isotope base, ie row by row). All sources appear as reference, not as table footnote.
In-table footnotes:
main isos
[edit]- 2023.
Nuclear technology
[edit]isos in MED
[edit]Sections in Radiopharmaceutical
- calcium-47 → Isotopes of calcium#Calcium-47
- carbon-11 → Isotopes of carbon#Carbon-11
- carbon-14 is not a redirect
- chromium-51 → Isotopes of chromium#Chromium-51
- cobalt-57 → Isotopes of cobalt#Cobalt-57
- cobalt-58 → Isotopes of cobalt#Cobalt-58
- erbium-169 → Isotopes of erbium#Erbium-169
- fluorine-18 is not a redirect
- gallium-67 → Isotopes of gallium#Gallium-67
- gallium-68 → Isotopes of gallium#Gallium-68
- hydrogen-3 → Tritium
- indium-111 is not a redirect
- iodine-123 is not a redirect
- iodine-125 is not a redirect
- iodine-131 is not a redirect
- iron-59 → Isotopes of iron#Iron-59
- krypton-81 → Isotopes of krypton#Krypton-81
med imaging
[edit]- scintigraphy
- Bone scintigraphy
- Cholescintigraphy
- DMSA scan
- Dacryoscintigraphy
- Gallium scan
- Gallium scan
- Gastric emptying study
- Immunoscintigraphy
- Indium-111 WBC scan
- Octreotide scan
- Radioactive iodine uptake test
- Radioisotope renography
- Radionuclide angiography
- Radionuclide ventriculography (R) → Radionuclide angiography
- Scintimammography (R) → Molecular breast imaging
- Sestamibi parathyroid scintigraphy (R) → Sestamibi parathyroid scan
- Ventilation/perfusion scan