Table (BioFSharp)

Table Module

Namespace: BioFSharp
Assembly: BioFSharp.dll
Parent Module: Isotopes

Contains the stable isotopes of biologically relevant chemical elements. Note that the name convention of isotopes e.g. 15N cannot be satisfied here, as name bindings starting with numbers are not allowed. Therefore, numbers and element symbols are switched, e.g. 15N becoming N15

Functions and values

Function or value	Description
`C12` Full Usage: `C12` Returns: `Isotope`	Carbon whose nucleus consist of 6 protons and 6 neutrons Returns: `Isotope`
`C13` Full Usage: `C13` Returns: `Isotope`	Carbon whose nucleus consist of 6 protons and 7 neutrons Returns: `Isotope`
`C14` Full Usage: `C14` Returns: `Isotope`	Carbon whose nucleus consist of 6 protons and 8 neutrons Returns: `Isotope`
`Ca40` Full Usage: `Ca40` Returns: `Isotope`	Calcium whose nucleus consist of 20 protons and 20 neutrons Returns: `Isotope`
`Ca42` Full Usage: `Ca42` Returns: `Isotope`	Calcium whose nucleus consist of 20 protons and 22 neutrons Returns: `Isotope`
`Ca43` Full Usage: `Ca43` Returns: `Isotope`	Calcium whose nucleus consist of 20 protons and 23 neutrons Returns: `Isotope`
`Ca44` Full Usage: `Ca44` Returns: `Isotope`	Calcium whose nucleus consist of 20 protons and 24 neutrons Returns: `Isotope`
`Ca46` Full Usage: `Ca46` Returns: `Isotope`	Calcium whose nucleus consist of 20 protons and 26 neutrons Returns: `Isotope`
`Ca48` Full Usage: `Ca48` Returns: `Isotope`	Calcium whose nucleus consist of 20 protons and 28 neutrons Returns: `Isotope`
`Cu63` Full Usage: `Cu63` Returns: `Isotope`	Copper whose nucleus consist of 29 protons and 34 neutrons Returns: `Isotope`
`Cu65` Full Usage: `Cu65` Returns: `Isotope`	Copper whose nucleus consist of 29 protons and 36 neutrons Returns: `Isotope`
`Fe54` Full Usage: `Fe54` Returns: `Isotope`	Iron whose nucleus consist of 26 protons and 28 neutrons Returns: `Isotope`
`Fe56` Full Usage: `Fe56` Returns: `Isotope`	Iron whose nucleus consist of 26 protons and 30 neutrons Returns: `Isotope`
`Fe57` Full Usage: `Fe57` Returns: `Isotope`	Iron whose nucleus consist of 26 protons and 31 neutrons Returns: `Isotope`
`Fe58` Full Usage: `Fe58` Returns: `Isotope`	Iron whose nucleus consist of 26 protons and 32 neutrons Returns: `Isotope`
`H1` Full Usage: `H1` Returns: `Isotope`	Hydrogen whose nucleus consist of 1 proton Returns: `Isotope`
`H2` Full Usage: `H2` Returns: `Isotope`	Hydrogen whose nucleus consist of 1 proton and 1 neutron Returns: `Isotope`
`H3` Full Usage: `H3` Returns: `Isotope`	Hydrogen whose nucleus consist of 1 proton and 2 neutrons Returns: `Isotope`
`K39` Full Usage: `K39` Returns: `Isotope`	Potassium whose nucleus consist of 19 protons and 0 neutrons Returns: `Isotope`
`K40` Full Usage: `K40` Returns: `Isotope`	Potassium whose nucleus consist of 19 protons and 21 neutrons Returns: `Isotope`
`K41` Full Usage: `K41` Returns: `Isotope`	Potassium whose nucleus consist of 19 protons and 22 neutrons Returns: `Isotope`
`Mg24` Full Usage: `Mg24` Returns: `Isotope`	Magnesium whose nucleus consist of 12 proton and 12 neutrons Returns: `Isotope`
`Mg25` Full Usage: `Mg25` Returns: `Isotope`	Magnesium whose nucleus consist of 12 proton and 13 neutrons Returns: `Isotope`
`Mg26` Full Usage: `Mg26` Returns: `Isotope`	Magnesium whose nucleus consist of 12 proton and 14 neutrons Returns: `Isotope`
`N14` Full Usage: `N14` Returns: `Isotope`	Nitrogen whose nucleus consist of 7 protons and 7 neutrons Returns: `Isotope`
`N15` Full Usage: `N15` Returns: `Isotope`	Nitrogen whose nucleus consist of 7 protons and 8 neutrons Returns: `Isotope`
`Na23` Full Usage: `Na23` Returns: `Isotope`	Sodium whose nucleus consist of 11 protons and 12 neutrons Returns: `Isotope`
`O16` Full Usage: `O16` Returns: `Isotope`	Oxygen whose nucleus consist of 8 protons and 8 neutrons Returns: `Isotope`
`O17` Full Usage: `O17` Returns: `Isotope`	Oxygen whose nucleus consist of 8 protons and 9 neutrons Returns: `Isotope`
`O18` Full Usage: `O18` Returns: `Isotope`	Oxygen whose nucleus consist of 8 protons and 10 neutrons Returns: `Isotope`
`P31` Full Usage: `P31` Returns: `Isotope`	Phopsphorus whose nucleus consist of 15 proton and 16 neutrons Returns: `Isotope`
`S32` Full Usage: `S32` Returns: `Isotope`	Sulfur whose nucleus consist of 16 protons and 16 neutrons Returns: `Isotope`
`S33` Full Usage: `S33` Returns: `Isotope`	Sulfur whose nucleus consist of 16 protons and 17 neutrons Returns: `Isotope`
`S34` Full Usage: `S34` Returns: `Isotope`	Sulfur whose nucleus consist of 16 protons and 18 neutrons Returns: `Isotope`
`S36` Full Usage: `S36` Returns: `Isotope`	Sulfur whose nucleus consist of 16 protons and 20 neutrons Returns: `Isotope`
`Se74` Full Usage: `Se74` Returns: `Isotope`	Selenium whose nucleus consist of 34 protons and 40 neutrons Returns: `Isotope`
`Se76` Full Usage: `Se76` Returns: `Isotope`	Selenium whose nucleus consist of 34 protons and 42 neutrons Returns: `Isotope`
`Se77` Full Usage: `Se77` Returns: `Isotope`	Selenium whose nucleus consist of 34 protons and 43 neutrons Returns: `Isotope`
`Se78` Full Usage: `Se78` Returns: `Isotope`	Selenium whose nucleus consist of 34 protons and 44 neutrons Returns: `Isotope`
`Se80` Full Usage: `Se80` Returns: `Isotope`	Selenium whose nucleus consist of 34 protons and 46 neutrons Returns: `Isotope`
`Se82` Full Usage: `Se82` Returns: `Isotope`	Selenium whose nucleus consist of 34 protons and 48 neutrons Returns: `Isotope`
`Zn64` Full Usage: `Zn64` Returns: `Isotope`	Zinc whose nucleus consist of 30 protons and 34 neutrons Returns: `Isotope`
`Zn66` Full Usage: `Zn66` Returns: `Isotope`	Zinc whose nucleus consist of 30 protons and 36 neutrons Returns: `Isotope`
`Zn67` Full Usage: `Zn67` Returns: `Isotope`	Zinc whose nucleus consist of 30 protons and 37 neutrons Returns: `Isotope`
`Zn68` Full Usage: `Zn68` Returns: `Isotope`	Zinc whose nucleus consist of 30 protons and 38 neutrons Returns: `Isotope`
`Zn70` Full Usage: `Zn70` Returns: `Isotope`	Zinc whose nucleus consist of 30 protons and 40 neutrons Returns: `Isotope`