One of the most important characteristics of radioactivity is that it decays exponentially. That is, the exponential decay of a radioactive substance represents a decrease in the quantity of the radioactive substance over time. In this paper, the study focuses on exponential decay modelling that is used to predict half-life of a radioactive material, that is, the time taken for half of the radioactive substance to decompose
Radioactive measurements in the decay process of any radioactive sample can be predicted by radioact...
Careful analysis of our previous semiempirical model for the cluster radioactivity of translead nucl...
Ionizing radiation is produced as the result of the decay of an unstable nucleus. The standard measu...
• Students will be able to complete a table which shows conservation of matter. • Students will be a...
AbstractThis study was prepared at the aim of teaching of the law of radioactive decay. The formula ...
This study was prepared at the aim of teaching of the law of radioactive decay. The formula of the l...
In a model of radioactive decay of radon in the sample (222Rn). The model assumes that the probabili...
Many areas in the field of health physics require evaluation of the change of radionuclide quantity ...
Gamow’s model of alpha decay predicts a linear relationship between the logarithm of the observed ha...
The statistical sampling method for the measurement of radioactive decay half-lives exhibits intrigu...
Half-lives of radionuclides span more than 50 orders of magnitude. We characterize the probability d...
The half-life of a radioactive material is the statistical average time during which one-half of tha...
Radioactive decay of an unstable isotope is widely believed to be exponential. This view is supporte...
In this study, the nuclear decay equation is taken under consideration by making use of fractional c...
This report describes the development of a script programmed in the Python language designed to simu...
Radioactive measurements in the decay process of any radioactive sample can be predicted by radioact...
Careful analysis of our previous semiempirical model for the cluster radioactivity of translead nucl...
Ionizing radiation is produced as the result of the decay of an unstable nucleus. The standard measu...
• Students will be able to complete a table which shows conservation of matter. • Students will be a...
AbstractThis study was prepared at the aim of teaching of the law of radioactive decay. The formula ...
This study was prepared at the aim of teaching of the law of radioactive decay. The formula of the l...
In a model of radioactive decay of radon in the sample (222Rn). The model assumes that the probabili...
Many areas in the field of health physics require evaluation of the change of radionuclide quantity ...
Gamow’s model of alpha decay predicts a linear relationship between the logarithm of the observed ha...
The statistical sampling method for the measurement of radioactive decay half-lives exhibits intrigu...
Half-lives of radionuclides span more than 50 orders of magnitude. We characterize the probability d...
The half-life of a radioactive material is the statistical average time during which one-half of tha...
Radioactive decay of an unstable isotope is widely believed to be exponential. This view is supporte...
In this study, the nuclear decay equation is taken under consideration by making use of fractional c...
This report describes the development of a script programmed in the Python language designed to simu...
Radioactive measurements in the decay process of any radioactive sample can be predicted by radioact...
Careful analysis of our previous semiempirical model for the cluster radioactivity of translead nucl...
Ionizing radiation is produced as the result of the decay of an unstable nucleus. The standard measu...