Computer Modeling of Depth Distribution of Vacancy Nanoclusters in Ion-Irradiated Materials

Abstract

In this work, the calculation algorithms of cascade and probability functions and vacancy nanoclusters concentration were developed and their calculations for various incident particles in silicon and iron were made.

Computer Simulation of Vacancy Clusters Concentration in Titanium Irradiated With Ions

“…The computation outcomes are given in Table 2. Similar patterns were revealed in CPF computations depending on penetration deep with the difference that the area of finding the outcome is shifted to the area of greater deeps [9]. The outcomes of the computations are shown in Table 3.…”

“…to the square of small deeps concerning h/λ already with little deeps, and with huge profounds the outcome is in particularistic area (less than 1%, silver, gold). The narrowest region of the outcome is acquired with a big atomic heft of the flyable particle and a tiny target at the end of the run and achieves hundreds of percent [8,9]. The computation outcomes are given in Table 2.…”

On the Connection of Cascade-Probability Function on the Formation of Primary-Knocked on Atoms for Ions Taking into Account Energy Losses with a Boltzman Equation

“…Thus, an analytical solution is obtained for the equation of the cascade process (1) for ions. In this case, this solution includes a cascade-probability function, which has the following form [15]:…”

Strategic Planning of Methods for Monitoring and Assessing the Ecological State of Water Bodies

“…To classify the ecological state of the surface water array, five classes are used, which are indicated by the corresponding color: The environmental condition Class V, which corresponds to the "very poor" environmental condition, is indicated in red (Voronova, 2018).…”