An experiment to simulate radioactive decay is easily performed with a random-number generator or a set of random numbers. The nuclei are imagined to be indexed consecutively. The initial appearance of the index number of a particular nucleus is interpreted as a signal that it has disintegrated. The number of surviving nuclei is an exponential function of the number of draws, and represents the radioactive decay law, with fluctuations. This procedure is a precise realization of the conventional probabilistic derivation of the radioactive decay law if, indeed, the random number generator is truly unbiased
The topic of our Challenge Project is the half-life of radioactive elements. We chose this topic for...
This report describes the development of a script programmed in the Python language designed to simu...
Abstract.: The design of future radioactive ion beam (RIB) facilites requires the forecast of radio ...
An experiment to simulate radioactive decay is easily performed with a random-number generator or a ...
AbstractThis study was prepared at the aim of teaching of the law of radioactive decay. The formula ...
Congruential random number generators, which are widely used in Monte Carlo simulations, are deficie...
The teaching of radioactivity in the high school is often difficult to implement, especially from an e...
This study was prepared at the aim of teaching of the law of radioactive decay. The formula of the l...
We describe an experimental setup involving a single radioactive atom which decays in unit time with...
Radioactive measurements in the decay process of any radioactive sample can be predicted by radioact...
International audienceThe Fortran subroutine package PENNUC, which simulates random decay pathways o...
We used Monte Carlo simulations to study release of radium-224 daughter nuclei from the seed used fo...
This report describes the development of a script programmed in the Python language designed to simu...
The radioactive source used in the experiment of radioactive decay consists of the natural radioacti...
Since the exact time a specific nucleus undergoes radioactive decay cannot be specified, nor can sh...
The topic of our Challenge Project is the half-life of radioactive elements. We chose this topic for...
This report describes the development of a script programmed in the Python language designed to simu...
Abstract.: The design of future radioactive ion beam (RIB) facilites requires the forecast of radio ...
An experiment to simulate radioactive decay is easily performed with a random-number generator or a ...
AbstractThis study was prepared at the aim of teaching of the law of radioactive decay. The formula ...
Congruential random number generators, which are widely used in Monte Carlo simulations, are deficie...
The teaching of radioactivity in the high school is often difficult to implement, especially from an e...
This study was prepared at the aim of teaching of the law of radioactive decay. The formula of the l...
We describe an experimental setup involving a single radioactive atom which decays in unit time with...
Radioactive measurements in the decay process of any radioactive sample can be predicted by radioact...
International audienceThe Fortran subroutine package PENNUC, which simulates random decay pathways o...
We used Monte Carlo simulations to study release of radium-224 daughter nuclei from the seed used fo...
This report describes the development of a script programmed in the Python language designed to simu...
The radioactive source used in the experiment of radioactive decay consists of the natural radioacti...
Since the exact time a specific nucleus undergoes radioactive decay cannot be specified, nor can sh...
The topic of our Challenge Project is the half-life of radioactive elements. We chose this topic for...
This report describes the development of a script programmed in the Python language designed to simu...
Abstract.: The design of future radioactive ion beam (RIB) facilites requires the forecast of radio ...