In this article, we will explore in depth Template:Isotopes/decay-mode/code/id-list and its impact on contemporary society. From its origin to its current evolution, Template:Isotopes/decay-mode/code/id-list has been the subject of interest and debate in various areas, both in popular culture and in academia. We will delve into its meaning, influence and relevance in today's world, analyzing how Template:Isotopes/decay-mode/code/id-list has shaped our perceptions, attitudes and behaviors. Through this analysis, we will seek to understand the implications of Template:Isotopes/decay-mode/code/id-list in our society and reflect on its role in human development.
NORMAL-CODE ID lists (normalised ID, synonym ID)
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This is only a _derived_ list. For the actual *defining* list see in-code list in /id-list
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{{Isotopes/decay-mode/code/id-list
|normal-code =
|type =
|definition =
}}
{{Isotopes/decay-mode/overview}} -- content list|do-link=yes|property=dm-symbol → ]|property=en-name → ]|property=qid → {{Q|qid}}|property=en-link → {{#invoke:redirect and target|report|en-link}}|is-first-link=yes not tested{{Isotopes/decay-mode/code/symbol-self-check
|code-1 =
|code-2 =
|same-text =
|diff-text =
|blank2-text=
"report =y/n
}}
|code-in, type, test-unchecked-code=|property={{yesno|{{{test-unchecked-code|no}}}|yes=test-unchecked-code|no=verify-code}}|test-unchecked-code=yes. Skips |property=verify-code|definition=verify-code, test-unchecked-code -- internal self-check
|normal-code= with normalised/unchecked code)|property={{yesno|{{{test-unchecked-code|no}}}|yes=test-unchecked-code|no=verify-code}}|definition=verify-code, test-unchecked-code -- internal self-check|code-in, type=|document-status=yes:The template normalises a decay code like β+ into a basic, unambiguous code. That normal code is used to handle the decay mode formatting & properies.
For example, β+ → code b+
In the example:
b+Data retrieved for b+:
The code is in basic keyboard characters. This allows the editor to enter a decay name by plain text characters.
a b e g p n + - 2 3 A-Z a-z 0-9 (SF CD IT Ne Mg Si, 24Ne, stable, syn, ...)dm code normalisation:
No case conversion uc/lc ("SF" nand "β" recognised, but "sf" and "Β" are not recognised)
Decode entitity names (β → β)
Remove '%slink$' ('_link' suffix)
Remove all whitespace
Remove <sup> tags (keep content, like '+', '-')
Replace – (ndash) − (minus) with - (keyboard hyphen)
Replace α with "a", β → "b", ε → "epsi", γ → "g"
The whole string is considered
The whole string is considered. So, not recognised is input:
] α (? not sure) <span style="background: yellow;">α</span> Resulting code is in (US) keyboard characters.
The very same code can be entered by its keyboard letters:
|code-in=β−
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normalises to b-
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|code-in=β<sup>−</sup>
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normalises to b-
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|code-in=β <sup > – </ sup>
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normalises to b-
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|code-in=b-
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normalises to b-
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Also recognised: bare alpha, beta, gamma, epsilon
Alternative codes are normalised, and recognised
Note:
Codes for hl and na are handled by code too:
Other values, such as number values like "{{val|1.23|e=7|ul=y}}" (for 1.23×107 y), are not recognised. In Infobox uses, such values can be passed through and shown unedited.
|type=hl, naDecode entitity names (&beta; → β)
Conversion uc to lc ("Stable" → "stable" code)
Remove '%slink$' ('_link' suffix)
Search for code words: "obs", "stable", "syn", "trace"
The rest of the input string is discarded (so: any of these texts in the input will fire as recognised code)
By using these |type=hl, na options, it is prevented that some |dm= input would find "stable" as recognised code (it is not, for dm).
<sup>...</sup>, ..)more
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{{Isotopes/decay-mode/overview/row
|rowid=
|normal-code=
|type =
|input1=
|input2=
|input3=
|input4=
|input-alt =
|input-alt2 =
|note =
}}
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By the same token, both electron capture-delayed fission (εSF) and positron-delayed fission (e+SF) are given with the same symbol β+SF. For β-delayed particle decays, intensity relations
— NUBASE2020 p.11