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Dive into the research topics where Larysa Valentynivna Odnodvorets is active.

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Featured researches published by Larysa Valentynivna Odnodvorets.


Archive | 2015

Future Strain Properties of Multilayer Film Materials

Serhyi I. Protsenko; Larysa Valentynivna Odnodvorets; Ivan Yu. Protsenko

This chapter is devoted to the strain properties of multilayer thin-film materials based on metals. Although this problem is the subject of study researchers, many questions remain poorly understood, which include the development of a theoretical model of the tensoresistive effect for multilayer films and a comparative analysis of its features in the range of elastic and plastic strain and temperature dependence of strain coefficient. This work also focuses on the question about increase of strain coefficient through the surface, grain boundary and interface scattering of electrons. The purpose of this work is analytical analysis of the known theoretical models of tensoresistive effect: linearized and three-dimensional Tellier–Tosser–Pichard models for one layer and semiphenomenological model for multilayer by authors of this work, which takes into account the dependence of the electron transport parameters (mean free path, specularity parameter and transmission coefficient at the boundary and interface). The purpose of this work was to compare the theoretical models and experimental results obtained in the field of elastic deformation and analysis of the temperature dependence of strain coefficient and the insufficiently explored question of magneto-deformation effect. The presented results allow us to more accurately describe the physical processes in the multilayer films under strain, especially to understand the processes in the elastic and plastic strain and the conclusion on the application of multilayer films as sensitive elements of sensors strain, magnetic field and pressure.


Technical Physics | 2011

Tensoresistive effect in thin metal films in the range of elastic and plastic strain

I. P. Buryk; D. Velykodnyi; Larysa Valentynivna Odnodvorets; I. E. Protsenko; E. P. Tkach

The tensoresistive effect in single-layer Cr, Fe, Mo, Ni, and Pd films and double-layer Fe/Cr, Cu/Cr, Ni/Cr, and Pd/Fe films is studied in the range of elastic and plastic strain. The influence of the surface and grain-boundary scatterings of electrons on strain sensitivity Sρ of the single-layer films is analyzed. Sensitivities Sρ of the single- and double-layer films to elastic and plastic strains are compared. It is found that the volume and grain-boundary scatterings of electrons are main contributors to Sρ in the Fe/Cr film system. Grain-boundary scattering is equally effective under elastic and plastic strain, as judged by a high coefficient of electron grain-boundary scattering (R ≌ 0.36–0.41).


Technical Physics Letters | 2009

Magnetooptical and magnetoresistive properties of Co/Cu(Au)-based spin-valve structures

I. V. Cheshko; S. I. Protsenko; Larysa Valentynivna Odnodvorets; P. Shifalovich

A new method for the formation of functional elements of spin-valve structures is proposed, which is based on the sequential condensation of nanodimensional Co, Cu, Au, and Cr layers with certain heat treatments in the course of condensation. The magnetooptical and magnetoresistive properties of structures obtained using the proposed method have been studied. Relationships between these properties and the structure and phase state of the spin-valve sandwiches and their components are established.


2016 International Conference on Nanomaterials: Application & Properties (NAP) | 2016

Thermoresistive properties of nanodimentional film materials based on Pd or Au and Fe or W as elements of integrated electronics

O. P. Tkach; S. O. Volkov; Larysa Valentynivna Odnodvorets; D. V. Poduremne; I. Yu. Protsenko

The results of research of phase composition and thermoresistive properties of nanodimentional film materials based on Pd or Au and Fe or W, indicating their high thermal stability in the temperature range 300-850 K. The conclusion about the possibility of using such materials as diffusion barriers for multilayer metallization systems in elements of integrated electronics (films based on Pd and W) and sensitive elements of thermistor and temperature sensors (film based on Pd or Au and Fe).


Crystal Research and Technology | 2009

Electrophysical properties of Ni/V and Cr/Fe multilayer films

Larysa Valentynivna Odnodvorets; S. Protsenko; O. Synashenko; D. Velykodnyi; Ivan Yu. Protsenko


Uspehi Fiziki Metallov | 2007

Structural-Phase State, Stability of Interfaces and Electrophysical Properties of Two-Layer Film Systems

S. I. Protsenko; I. V. Cheshko; D. V. Velykodnyj; I. V. Pazukha; Larysa Valentynivna Odnodvorets; I. Yu. Protsenko; O. V. Synashenko


Journal of Nano-and electronic Physics | 2016

Spectral Measurement of Photon Emission from Individual Gold Nanoparticles Using Scanning Tunneling Microscopy

S. A. Nepijko; Alisa Chernenkaya; K. Medjanik; S. V. Chernov; A. A. Sapozhnik; Larysa Valentynivna Odnodvorets; I. Yu. Protsenko; Wilfried Schulze; G. Ertl; G. Schönhense


Universal Journal of Materials Science | 2013

Strain Effect on Magneto-optical and Magnetic Properties of Film System Based on Fe and Pt

I. V. Cheshko; Zinaida Mykolaivna Makukha; Larysa Valentynivna Odnodvorets; M.O. Shumakova; D.V. Velykodnyi; I.Yu. Protsenko


Archive | 2018

Методика формування у студентів знань про стан сучасної фізики та нанотехнології

Олена Завражна; Olena Mykhailivna Zavrazhna; Лариса Валентинівна Однодворець; Larysa Valentynivna Odnodvorets; Ольга Олександрівна Пасько; Olha Oleksandrivna Pasko; Алла Салтикова; Alla Ivanivna Saltykova


Archive | 2018

Тензорезистивні властивості плівкових наноструктур на основі пермалою та срібла

Д.О. Шуляренко; Олександр Валерійович Пилипенко; Александр Валерьевич Пилипенко; Oleksandr Valeriiovych Pylypenko; Костянтин Володимирович Тищенко; Константин Владимирович Тищенко; Kostiantyn Volodymyrovych Tyshchenko; Ірина Михайлівна Пазуха; Ирина Михайловна Пазуха; Iryna Mykhailivna Pazukha; Лариса Валентинівна Однодворець; Лариса Валентиновна Однодворец; Larysa Valentynivna Odnodvorets

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