Sentence examples for maximum beta energy from inspiring English sources
The maximum beta energy is 498 keV.
The radionuclide pair 114mIn/114In (half-life 49.51 days, maximum beta energy 2.0 MeV, average beta energy 0.78 MeV) is an attractive beta emitter for application in such a source.
It has a high maximum beta energy (Table 2) causing many beta particles to escape from a vial or syringe, resulting in a high skin dose from holding a bare container (12 mSv/s for a 5-ml syringe containing 1 GBq).
Lu is a beta-emitting radionuclide with a maximum beta-energy of 0.497 MeV and a half-life of 6.7 days that is commonly used in radioimmunotherapy.
Simulation of beta particle transport from a Ni-63 radioisotope in silicon using the Monte Carlo N-Particle (MCNP) transport code for monoenergetic beta particle average energy, monoenergetic beta particle maximum energy, and the more precise full beta energy spectrum of Ni-63 were demonstrated.
This was attributed to the beta energy of 0.8 MeV of the material that has penetration in average range of 0.8 mm and maximum of 3.1 mm in soft tissues.
An array of backscatter veto detectors surrounds a plastic scintillator beta energy detector.
The mean beta energy is 0.58 MeV, and the mean gamma radiation is 103 keV.
The average, minimum and maximum beta-values with detection p < 0.01 are shown (background was not subtracted, so minimum beta-values are not exactly zeros).
The model demonstrates the effects of angular distribution, the maximum energy of the beta particle and energy distribution of the beta source on the betavoltaic and it is useful in determining the spatial profile of the power deposition in the cell.
The rare-earth lanthanide, Yttrium-90 (Y), is almost exclusively a high-energy beta-particle (i.e., electron or β−) emitting radionuclide used for radiotherapy with a maximum particle energy of 2.28 MeV (average energy of 0.94 MeV) that allows for high dose deposition with an average and maximum soft tissue penetration of 2.5 mm and 11 mm, respectively [ 2, 3].
