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decay constant of Al-21 vs Ge-60

Input interpretation

Al-21 Ge-60 | decay constant
Al-21 Ge-60 | decay constant

Results

Al-21 | 2×10^7 per second Ge-60 | 23 per second
Al-21 | 2×10^7 per second Ge-60 | 23 per second

Relative values

 | visual | ratios | | comparisons Ge-60 | | 1.2×10^-6 | 1 | 99.99988% smaller Al-21 | | 1 | 900000 | 9×10^7% larger
| visual | ratios | | comparisons Ge-60 | | 1.2×10^-6 | 1 | 99.99988% smaller Al-21 | | 1 | 900000 | 9×10^7% larger

Decay properties

 | Al-21 | Ge-60 half-life | 35 ns (0 to 39 ns) | 30 ms mean lifetime | 50 ns (-6.675×10^-299 to 51.4 ns) | 43 ms decay constant | 2×10^7 per second | 23 per second specific activity | 5.7×10^17 TBq/g | 2.3×10^11 TBq/g width | 1.3×10^-8 eV | 1.5×10^-14 eV decay modes | p (proton emission) | β^+ (positron emission) final decay products | F-19 (0%) | Ne-20 (0%) | O-16 (0%) | Co-59 (0%) | Fe-56 (0%) | Ni-60 (0%)
| Al-21 | Ge-60 half-life | 35 ns (0 to 39 ns) | 30 ms mean lifetime | 50 ns (-6.675×10^-299 to 51.4 ns) | 43 ms decay constant | 2×10^7 per second | 23 per second specific activity | 5.7×10^17 TBq/g | 2.3×10^11 TBq/g width | 1.3×10^-8 eV | 1.5×10^-14 eV decay modes | p (proton emission) | β^+ (positron emission) final decay products | F-19 (0%) | Ne-20 (0%) | O-16 (0%) | Co-59 (0%) | Fe-56 (0%) | Ni-60 (0%)