35Ca2036Ca2037Ca2038Ca2039Ca2040Ca2041Ca2042Ca2043Ca2044Ca2045Ca2046Ca2047Ca2048Ca2049Ca2050Ca2051Ca2038Sc2139Sc2140Sc2141Sc2142Sc2143Sc2144Sc2145Sc2146Sc2147Sc2148Sc2149Sc2150Sc2151Sc2152Sc2138Ti2239Ti2240Ti2241Ti2242Ti2243Ti2244Ti2245Ti2246Ti2247Ti2248Ti2249Ti2250Ti2251Ti2252Ti2253Ti2242V2343V2344V2345V2346V2347V2348V2349V2350V2351V2352V2353V2354V2342Cr2443Cr2444Cr2445Cr2446Cr2447Cr2448Cr2449Cr2450Cr2451Cr2452Cr2453Cr2454Cr2455Cr2444Mn2545Mn2546Mn2547Mn2548Mn2549Mn2550Mn2551Mn2552Mn2553Mn2554Mn2555Mn2556Mn2545Fe2646Fe2647Fe2648Fe2649Fe2650Fe2651Fe2652Fe2653Fe2654Fe2655Fe2656Fe2657Fe2648Co2750Co2751Co2752Co2753Co2754Co2755Co2756Co2757Co2758Co2748Ni2849Ni2850Ni2851Ni2852Ni2853Ni2854Ni2855Ni2856Ni2857Ni2858Ni2859Ni2853Cu2954Cu2955Cu2956Cu2957Cu2958Cu2959Cu2960Cu2954Zn3055Zn3056Zn3057Zn3058Zn3059Zn3060Zn3061Zn30
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:
tune
Legend
electron capture + β⁺ decay
stable isotope
electron capture (EC)
β⁻ decay
double β⁻ decay
proton emission
two-proton emission
electron capture + proton emission
β⁺ decay
double electron capture
unknown decay