Sentence examples for simulation of energetic from inspiring English sources

The paper reviews recent developments in the simulation of energetic neutral atom (ENA) imaging near Mercury.

The knowledge of ideal gas properties of refrigerant molecules is crucial for the design and optimization of refrigerant production processes and the simulation of energetic systems.

Computer simulation of energetic cluster interactions with surfaces has provided much needed insight into some of the complex processes which occur and are responsible for the desirable as well as undesirable effects which make the use of clusters in SIMS both useful and challenging.

In this paper, a step-by-step numerical description of detonation of high explosive components, deflagration of propellant component, and deformation of metal component is given in order to facilitate the proper implementation of the outlined formulation into a shock physics code for a full scale hydrodynamic simulation of the energetic component system.

For the simulation of the transport of energetic charged particles, SDEs solve several important equations such as Parker's transport equation and the Fokker-Planck equation [1].

This paper presents a strategy for modeling and simulation of the hydro-energetic dam dynamics.

Because we used random numbers to place particles in the simulation system, the spatial distribution of energetic electrons is not perfectly symmetric and therefore waves generated in the simulation system are not exactly the same in the Northern and Southern Hemispheres.

Finally, it is shown that recent advances in numerical methods that are beginning to enable the direct numerical simulation of key rate-dependent energetic processes in hypersonic flows.

Based on the artificial wave properties revealed by many of in situ observations, we implement test particle simulations to evaluate the effects of energetic electron resonant scattering driven by the HAARP-induced ELF/VLF waves.

The behavior of Au/Au (100) thin film growth with energetic deposition has been investigated by kinetic Monte Carlo simulations with the description of the deposition process of energetic atoms based on molecular dynamics simulation results.

Cohesive Zone Models (CZM) have been used for the strength prediction of adhesive joints, as an add-in to Finite Element (FE) analyses that allows simulation of damage growth, by consideration of energetic principles.