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half-life of Zr-94 vs Hf-168

Input interpretation

Zr-94 Hf-168 | half-life
Zr-94 Hf-168 | half-life

Results

Zr-94 | (stable) Hf-168 | 25.95 minutes (25.747 to 26.155 min)
Zr-94 | (stable) Hf-168 | 25.95 minutes (25.747 to 26.155 min)

Units

Decay properties

 | Zr-94 | Hf-168 half-life | (stable) | 25.95 min (25.748 to 26.154 min) mean lifetime | (stable) | 37.43 min (37.146 to 37.73 min) decay constant | 0 per second | 4.452×10^-4 per second specific activity | 0 Bq/g | 1.597×10^6 TBq/g width | 0 eV | 2.93×10^-19 eV decay modes | 2β^- (double beta decay) | ϵ (electron capture) | e^+ (positron emission) final decay products | Zr-94 (100%) | Mo-94 (0%) | Yb-168 (100%) | Dy-160 (0%) | Dy-164 (0%) | Er-164 (0%) | Er-168 (0%)
| Zr-94 | Hf-168 half-life | (stable) | 25.95 min (25.748 to 26.154 min) mean lifetime | (stable) | 37.43 min (37.146 to 37.73 min) decay constant | 0 per second | 4.452×10^-4 per second specific activity | 0 Bq/g | 1.597×10^6 TBq/g width | 0 eV | 2.93×10^-19 eV decay modes | 2β^- (double beta decay) | ϵ (electron capture) | e^+ (positron emission) final decay products | Zr-94 (100%) | Mo-94 (0%) | Yb-168 (100%) | Dy-160 (0%) | Dy-164 (0%) | Er-164 (0%) | Er-168 (0%)