34Si14 35Si14 36Si14 37Si14 38Si14 39Si14 40Si14 41Si14 42Si14 43Si14 44Si14 35P15 36P15 37P15 38P15 39P15 40P15 41P15 42P15 43P15 44P15 45P15 46P15 36S16 37S16 38S16 39S16 40S16 41S16 42S16 43S16 44S16 45S16 46S16 48S16 37Cl17 38Cl17 39Cl17 40Cl17 41Cl17 42Cl17 43Cl17 44Cl17 45Cl17 46Cl17 47Cl17 48Cl17 49Cl17 50Cl17 51Cl17 52Cl17 38Ar18 39Ar18 40Ar18 41Ar18 42Ar18 43Ar18 44Ar18 45Ar18 46Ar18 47Ar18 48Ar18 49Ar18 50Ar18 51Ar18 52Ar18 53Ar18 39K19 40K19 41K19 42K19 43K19 44K19 45K19 46K19 47K19 48K19 49K19 50K19 51K19 52K19 53K19 54K19 55K19 40Ca20 41Ca20 42Ca20 43Ca20 44Ca20 45Ca20 46Ca20 47Ca20 48Ca20 49Ca20 50Ca20 51Ca20 52Ca20 53Ca20 54Ca20 55Ca20 56Ca20 41Sc21 42Sc21 43Sc21 44Sc21 45Sc21 46Sc21 47Sc21 48Sc21 49Sc21 50Sc21 51Sc21 52Sc21 53Sc21 54Sc21 55Sc21 56Sc21 57Sc21 42Ti22 43Ti22 44Ti22 45Ti22 46Ti22 47Ti22 48Ti22 49Ti22 50Ti22 51Ti22 52Ti22 53Ti22 54Ti22 55Ti22 56Ti22 57Ti22 58Ti22 43V23 44V23 45V23 46V23 47V23 48V23 49V23 50V23 51V23 52V23 53V23 54V23 55V23 56V23 57V23 58V23 59V23 44Cr24 45Cr24 46Cr24 47Cr24 48Cr24 49Cr24 50Cr24 51Cr24 52Cr24 53Cr24 54Cr24 55Cr24 56Cr24 57Cr24 58Cr24 59Cr24 60Cr24

Table of Nuclides

Nuclides are atoms characterized by two numbers that indicate the number of protons and neutrons in their atomic nuclei. Nuclides that have the same number of protons but a different number of neutrons belong to the same chemical element and are referred to as its isotopes.

Select layer:

Legend

β⁻ decay

stable isotope

β⁻ decay with two-neutron emission

electron capture (EC)

double β⁻ decay

electron capture + β⁺ decay

β⁺ decay

double electron capture