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half-life of Nd-145 vs Ca-46

Input interpretation

Nd-145 Ca-46 | half-life
Nd-145 Ca-46 | half-life

Results

Nd-145 | (stable) Ca-46 | 2.8 quadrillion years (5.21×10^8 to ∞ s)
Nd-145 | (stable) Ca-46 | 2.8 quadrillion years (5.21×10^8 to ∞ s)

Units

Decay properties

 | Nd-145 | Ca-46 half-life | (stable) | 2.8 quadrillion yr (5.22×10^8 to ∞ s) mean lifetime | (stable) | 4.04 quadrillion yr (7.52×10^8 to ∞ s) decay constant | 0 per second | 7.85×10^-24 per second specific activity | 0 Bq/g | 0.103 Bq/g width | 0 eV | 3.58×10^-39 eV decay modes | | 2β^- (double beta decay) final decay products | Nd-145 (100%) | Ca-46 (100%) | Ti-46 (0%)
| Nd-145 | Ca-46 half-life | (stable) | 2.8 quadrillion yr (5.22×10^8 to ∞ s) mean lifetime | (stable) | 4.04 quadrillion yr (7.52×10^8 to ∞ s) decay constant | 0 per second | 7.85×10^-24 per second specific activity | 0 Bq/g | 0.103 Bq/g width | 0 eV | 3.58×10^-39 eV decay modes | | 2β^- (double beta decay) final decay products | Nd-145 (100%) | Ca-46 (100%) | Ti-46 (0%)