About: Effect of TiO(2)/V(2)O(5) substitution on the optical and radiation shielding properties of alkali borate glasses: A Monte Carlo investigation

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About: Effect of TiO(2)/V(2)O(5) substitution on the optical and radiation shielding properties of alkali borate glasses: A Monte Carlo investigation Goto Sponge NotDistinct Permalink

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type	Academic Article research paper schema:ScholarlyArticle
isDefinedBy	Covid-on-the-Web dataset
has title	Effect of TiO(2)/V(2)O(5) substitution on the optical and radiation shielding properties of alkali borate glasses: A Monte Carlo investigation
Creator	Al-Buriahi, Boukhris, Imed Kebaili, Imen Sayyed, M Tonguc, Baris
Source	Elsevier; Medline; PMC
abstract	In this paper, we used Geant4 Monte Carlo simulations to investigate the effect of TiO(2)/V(2)O(5) substitution on the radiation shielding properties of alkali borate glasses in the chemical form of 30Li(2)O+55B(2)O(3)+5ZnO + xTiO(2)+(10 − x)V(2)O(5), where x = 0, 2.5, 5, 7.5, and 10 mol%. Also, the optical properties were examined by evaluating several factors such as molar refraction (R(m)), metallization criterion (M), molar polarizability (α(m)), dielectric coefficients (static and optical), optical transmission (T), and reflection loss (R(L)). The radiation shielding properties of the tested glasses was estimated by determining the mass attenuation coefficient, and other related factors such as the tenth value layer (TVL), the mean free path (MFP), the electron total stopping powers (Ψ(e)) and the electron continuous slowing down approximation range (CSDA) (Φ(e)) for different energy values. The results of Geant4 Monte Carlo were compared with the theoretical values calculated by XCOM platform. The results revealed that the TiO(2)/V(2)O(5) substitution had a remarkable influence on the gamma shielding properties for the tested glasses. On the other hand, the optical properties slightly changed by the TiO(2)/V(2)O(5) substitution. The gamma shielding properties of the tested glasses were compared with many samples in terms of MFP. The present glasses showed superior features to apply for optical and radiation shielding applications.
has issue date	2020-07-07(xsd:dateTime)
bibo:doi	10.1016/j.ceramint.2020.07.042
bibo:pmid	32836654
has license	no-cc
sha1sum (hex)	a7279539a0b6317ece3a5c316720da4e12068c39
schema:url	https://doi.org/10.1016/j.ceramint.2020.07.042
resource representing a document's title	Effect of TiO(2)/V(2)O(5) substitution on the optical and radiation shielding properties of alkali borate glasses: A Monte Carlo investigation
has PubMed Central identifier	PMC7338881
has PubMed identifier	32836654
schema:publication	Ceram Int
resource representing a document's body	covid:a7279539a0b6317ece3a5c316720da4e12068c39#body_text
is schema:about of	named entity 'Sfax' named entity 'Monte Carlo' named entity 'ARTICLE' named entity 'RADIATION SHIELDING' named entity 'V 2' named entity 'GLASSES' named entity 'cite' named entity 'optical' named entity 'scattering' named entity 'Monte Carlo' named entity 'composites' named entity 'borate' named entity 'Faculté des sciences' named entity 'borate' named entity 'radiation shielding' named entity 'X-ray' named entity 'electrons' named entity 'gamma ray' named entity 'Monte Carlo simulations' named entity 'Pb-free' named entity 'MeV' named entity 'radiation shielding' named entity 'Geant4' named entity 'radioisotopes' named entity 'radiation protection' named entity 'radiation shielding' named entity 'TiO' named entity 'barite' named entity 'MeV' named entity 'photonic' named entity '7.5' named entity 'Geant4' named entity 'medical field' named entity 'photon' named entity 'keV' named entity 'medical applications' named entity 'electron' named entity 'Pb-free' named entity 'photon' named entity 'photons' named entity 'radiation shielding' named entity 'Monte Carlo' named entity 'medical applications' named entity 'CT scans' named entity 'radiation shielding' named entity 'charged particle' named entity 'attenuation' named entity 'kinetic energy' named entity 'laboratory flasks' named entity 'telecommunication' named entity 'Geant4' named entity 'photons' named entity 'gamma radiation' named entity 'energy physics' named entity 'radiation shielding' named entity 'electron' named entity 'ionizing radiation' named entity 'effective dose' named entity 'gamma-rays' named entity 'coronavirus disease' named entity 'radiology' named entity 'Geant4' named entity 'C++ language' named entity 'keV' named entity 'photons' named entity 'experimental method' named entity 'kinetic energy' named entity 'radiation source' named entity 'photons' named entity 'insulators' named entity 'electron' named entity 'bone grafting' named entity 'optical transparency' named entity 'photons' named entity 'optical switching' named entity 'radiation shielding' named entity 'photons'

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