Scaling size distribution functions of heterogeneous clusters in a linear capture coefficient model

Дубровский, В. Г.; Berdnikov, Yury; Sokolova, Zh. V.

doi:10.1134/s1063785015030049

Tech. Phys. Lett.

2015

DOI: 10.1134/s1063785015030049

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Scaling size distribution functions of heterogeneous clusters in a linear capture coefficient model

В. Г. Дубровский

Yury Berdnikov

Zh. V. Sokolova

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Cited by 3 publications

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Epitaxial growth in one dimension

Álvarez-Cuartas,

González-Cabrera,

Camargo

2024

J. Phys.: Condens. Matter

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. The final structure and properties of layers grown by epitaxy techniques are determined in the very early stage of the process. This review describes one-dimensional models for epitaxial growth, emphasizing the basic theoretical concepts employed to analyze nucleation and aggregation phenomena in the submonolayer regime. The main findings regarding the evolution of quantities defining the properties of the system, such as monomer and island densities, and the associated island size, gap length, and capture zone distributions are discussed, as well as the analytical tools used to evaluate them. A concise overview of the most extended algorithms used to simulate the growth processes is provided. Some relevant experimental results are discussed, establishing connections with existing theoretical studies.

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Epitaxial growth in one dimension

Álvarez-Cuartas,

González-Cabrera,

Camargo

2024

J. Phys.: Condens. Matter

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Incubation time of heterogeneous growth of islands in the mode of incomplete condensation

Dubrovskiı̆

2016

Tech. Phys. Lett.

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Formation and properties of metallic atomic chains and wires

et al. 2021

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We discuss the current state of a promising area of modern physics, the study of the physical properties of metal nanowires and atomic chains. One-dimensional nanostructures are attractive because of both the promise of their practical applications and the possibility of using them to test various theoretical models and approaches by comparing theoretical results with experimental data. We describe experimental conditions under which metal nanowires form on metal and semiconductor surfaces. We give special attention to theoretical models describing the scenario of nanowire growth on various surfaces. We analyze the main experimentally determined factors that affect the distribution of nanowire lengths. We show that the distribution of nanowire lengths on metal and semiconductor surfaces depends not only on external parameters but also on the formation time. We consider the magnetic properties of finite-length atomic chains located on the surfaces of metal and semiconductor crystals. We demonstrate a correlation among the structural, electronic, and magnetic properties of nanowires. We elucidate the effect that nanowires exert on the electronic properties of the surface on which they form. The nature of edge states is explained. The electron states of nanowire atoms are shown to be sensitive to the nanowire length. We discuss the Rashba effect for metal nanowires on a semiconductor surface and analyze how the exchange energy between atoms and the magnetic anisotropy energy affect the macroscopic characteristics of nanowires, such as their critical temperature and the time of spontaneous magnetization reversal.

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Scaling size distribution functions of heterogeneous clusters in a linear capture coefficient model

Cited by 3 publications

References 19 publications

Epitaxial growth in one dimension

Epitaxial growth in one dimension

Incubation time of heterogeneous growth of islands in the mode of incomplete condensation

Formation and properties of metallic atomic chains and wires

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