KIAM Main page Web Library  •  Publication Searh  Русский 

KIAM Preprint № 102, Moscow, 2005
Authors: Zhukovsky M. E., Luk'yanova E.G., Podolyako S. V.
Numerical technique for analysis of influencing the scattering radiation in radiographic tasks.
Technique of numerical modeling the radiographic images of complex multicomponent objects forming with counting absorption and scattering processes of penetrating radiation is considered in publication. The technique is based on effective description of 3D complex objects of piecewise-homogeneous structure using by accurate specifying envelopes dividing homogeneous parts of object. Constructed approach coupling with Monte Carlo method gives effective parallel computing method for analysis of peculiarities of forming radiographic images of inner object structure. Results of numerical investigation of influencing various photon interaction mechanisms on object imaging are discussed. In particular, the vital importance of scattering radiation is shown. Advantages of constructed technique in comparison with well known MSNP-codes are demonstrated.
Publication language: russian,  pages: 22
Research direction:
Mathematical modelling in actual problems of science and technics
Russian source text:
List of publications citation:
Export link to publication in format:   RIS    BibTeX
View statistics (updated once a day)
over the last 30 days — 12 (+4), total hit from 01.09.2019 — 274
About authors:
  • Zhukovsky Mikhail Evgenievich, RAS
  • Luk'yanova E. G.,  KIAM RAS
  • Podolyako Sergey Victorovich, RAS