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specific activity of Ne-32 vs Cr-64

Input interpretation

Ne-32 Cr-64 | specific activity
Ne-32 Cr-64 | specific activity

Results

Ne-32 | 3.8×10^12 TBq/g (terabecquerels per gram) Cr-64 | 1.5×10^11 TBq/g (terabecquerels per gram)
Ne-32 | 3.8×10^12 TBq/g (terabecquerels per gram) Cr-64 | 1.5×10^11 TBq/g (terabecquerels per gram)

Relative values

 | visual | ratios | | comparisons Cr-64 | | 0.04 | 1 | 96% smaller Ne-32 | | 1 | 25 | 2400% larger
| visual | ratios | | comparisons Cr-64 | | 0.04 | 1 | 96% smaller Ne-32 | | 1 | 25 | 2400% larger

Decay properties

 | Ne-32 | Cr-64 half-life | 3.5 ms (2.4 to 4.9 ms) | 43 ms (41.4 to 44.6 ms) mean lifetime | 5 ms (3.71 to 6.41 ms) | 62 ms (60.2 to 64.2 ms) decay constant | 200 per second | 16 per second specific activity | 3.8×10^12 TBq/g | 1.5×10^11 TBq/g width | 1.3×10^-13 eV | 1.1×10^-14 eV decay modes | β^- (electron emission) | β^-n (electron + delayed neutron) | β^- (electron emission) final decay products | S-32 (70%) | P-31 (24%) | Si-30 (10%) | Si-29 (0.005%) | Si-28 (0%) | Ni-64 (100%) | Cu-63 (0%)
| Ne-32 | Cr-64 half-life | 3.5 ms (2.4 to 4.9 ms) | 43 ms (41.4 to 44.6 ms) mean lifetime | 5 ms (3.71 to 6.41 ms) | 62 ms (60.2 to 64.2 ms) decay constant | 200 per second | 16 per second specific activity | 3.8×10^12 TBq/g | 1.5×10^11 TBq/g width | 1.3×10^-13 eV | 1.1×10^-14 eV decay modes | β^- (electron emission) | β^-n (electron + delayed neutron) | β^- (electron emission) final decay products | S-32 (70%) | P-31 (24%) | Si-30 (10%) | Si-29 (0.005%) | Si-28 (0%) | Ni-64 (100%) | Cu-63 (0%)