Influence of the diagnostic wind field model on the results of calculation of the microscale atmospheric dispersion in moderately complex terrain

Kovalets, Ivan V.; Korolevych, Vladimir Y.; Khalchenkov, O.V.; Ievdin, I.; Zheleznyak, Mark; Andronopoulos, S.

doi:10.1016/j.atmosenv.2013.06.015

Cited by 4 publications

(1 citation statement)

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“…In this work, secluded structure of air scattering of radionuclide is considered having four modules as in Figure 1. Utilisation of GPU processing is examined in applications like reactor reload (Jeong et al, 2014), neutrons transport (Kovalets et al, 2013) and in air scattering of radionuclide. In any case, GPU processing is limited to wind field and scattering module.…”

Section: Related Workmentioning

confidence: 99%

Predicting dispersion of radionuclides through parallel approach

Maheswari

Subha

2018

PIE

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Radiation release from the accidents of nuclear power plant (NPP) may likely to cause harmful impacts on the individuals and the environment. The discharge of radionuclides and climatic diffusion causes harm to air, water, plants, animals and soil. Mechanism that helps in predicting radionuclides in air will guide individuals to clear from tormented zones. In order to perceive radioactive material dissipation and its outcome in the atmosphere, it is necessary to understand climatic scattering process information about source term (nuclear material released), atmosphere conditions and geographical parts. The climatic scattering framework integrates source, wind field, scattering and dosages counts. This work completely utilises PC to calculate the toxin scattering in the atmosphere. The thought behind is to create parallel calculations giving subtle elements on parallelism of the solver. The calculation is also implemented using C programming.

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Section: Related Workmentioning

confidence: 99%