Input interpretation
Cd-95 (cadmium-95) | Ti-40 (titanium-40)
Decay properties
| Cd-95 | Ti-40 half-life | 5 ms | 53.3 ms (51.73 to 54.87 ms) mean lifetime | 7 ms | 76.9 ms (74.68 to 79.15 ms) decay constant | 140 per second | 13 per second specific activity | 9×10^11 TBq/g | 1.96×10^11 TBq/g width | 9×10^-14 eV | 8.56×10^-15 eV decay modes | β^+ (positron emission) | β^+p (positron + delayed proton) | β^+p (positron + delayed proton) final decay products | Mo-94 (0%) | Mo-95 (0%) | Nb-93 (0%) | K-39 (100%)
Decay modes
Cd-95
decay mode | β^+ (positron emission) Q-value | 12.382 MeV (megaelectronvolts) daughter nuclide | Ag-95 decay mode | β^+p (positron + delayed proton) daughter nuclide | Pd-94
Ti-40
decay mode | β^+p (positron + delayed proton) branching ratio | 100% daughter nuclide | Ca-39
Radiation shielding
Radiation shielding
Decay chain
Cd-95
Decay chain Cd-95
Ti-40
Decay chain Ti-40
Mass properties
| Cd-95 | Ti-40 atomic number (Z) | 48 | 22 mass number (A) | 95 | 40 neutron number | 47 | 18 atomic mass | 94.94987 u (unified atomic mass units) | 39.990498838 u (unified atomic mass units) mass excess | -46.696 MeV (megaelectronvolts) | -8.850275 MeV (megaelectronvolts) binding energy per nucleon | 8.168 MeV (megaelectronvolts) | 7.862283 MeV (megaelectronvolts)
Mass properties
Nearby isotopes
Nearby isotopes
Quantum properties
| Cd-95 | Ti-40 spin parity J^π | 9/2^+ (atomic fermion) | 0^+ (atomic boson) magnetic moment | (unknown) | 0 μ_N
Quantum properties