The evolution of the nanoscale dissipative structures in a distribution of defects within the isothermally irradiated f.c.c. crystal

Tatarenko, V. A.; Selyshchev, Pavlo; Oliinyk, O. V.; Park, Yong Bum

doi:10.1080/14786435.2014.932458

Philosophical Magazine

2014

DOI: 10.1080/14786435.2014.932458

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The evolution of the nanoscale dissipative structures in a distribution of defects within the isothermally irradiated f.c.c. crystal

V. A. Tatarenko

Pavlo Selyshchev

O. V. Oliinyk

et al.

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Cited by 3 publications

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Modulated distribution of vacancies within the post-irradiated bcc metals

Oliinyk,

Tatarenko

2023

Low Temperature Physics

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The criterion of formation of a modulated structure by means of the spinodal mechanism in a spatial distribution of interacting vacancies (as strong concentrators of mechanical stresses) in metals as a target after irradiation is analyzed. For the irradiated body-centered cubic vanadium and tungsten, temperature dependences of the spatial periods of such a structure of the substitutional-vacancies’ subsystem are predicted taking into account the total mixing energies consisting of the energies of the (electro)chemical and strain-induced interactions between vacancies, which are cohesive by the nature in short distances and elastic by character at long distances, respectively.

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Modulated distribution of vacancies within the post-irradiated bcc metals

Oliinyk,

Tatarenko

2023

Low Temperature Physics

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The dissipative modulated structures in a distribution of interacting vacancies in the elastically anisotropic body-centred cubic crystals under an isothermal irradiation

Oliinyk

Tatarenko

2019

Radiation Effects and Defects in Solids

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Features of Energy Parameters of ‘Strain-Induced’ and ‘Electrochemical’ Interactions of Vacancies in B.C.C. Metals

Oliinyk¹,

Tatarenko²

2016

Metallofiz. Noveishie Tekhnol.

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The evolution of the nanoscale dissipative structures in a distribution of defects within the isothermally irradiated f.c.c. crystal

Cited by 3 publications

References 29 publications

Modulated distribution of vacancies within the post-irradiated bcc metals

Modulated distribution of vacancies within the post-irradiated bcc metals

The dissipative modulated structures in a distribution of interacting vacancies in the elastically anisotropic body-centred cubic crystals under an isothermal irradiation

Features of Energy Parameters of ‘Strain-Induced’ and ‘Electrochemical’ Interactions of Vacancies in B.C.C. Metals

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