Kontakt:
- email:
- jaroslaw.rybicki@pg.edu.pl
Zajmowane stanowiska:
Profesor
- miejsce pracy:
- Instytut Nanotechnologii i Inżynierii Materiałowej
Gmach Główny pokój 107
- telefon:
- (58) 347 28 34
Pełnione funkcje:
Kierownik zakładu

Publikacje:
-
Publikacja
- COMPUTATIONAL MATERIALS SCIENCE - Rok 2022
A novel class of two-dimensional auxetic structures based on the pentagon motif is proposed. Their mechanical properties are investigated by combining molecular mechanics simulations with a simple three-parameter mechanical model which assumes perfectly elastic behavior. It is predicted that the proposed structures – termed as double re-entrant honeycomb – may possess unique mechanical characteristics, which include complete and...
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Publikacja
This work presents extensive theoretical studies focused on the mixed ion-electron transport in cubic strontium titanate (STO). A new approach to the description of this difficult system was developed within the framework of linear-scaling Kohn–Sham density functional theory, as realized in the ONETEP program. The description we present is free of any empirical parameters and relies on the Hubbard U and Hund’s J corrections applied...
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Publikacja
- W. Pleczysty
- I. Shtablavyi
- S. Winczewski
- K. A. Rybacki (dawniej: K. Rybacki)
- B. Tsizh
- S. Mudry
- J. Rybicki
- MOLECULAR SIMULATION - Rok 2021
This work is devoted to the study of the diffusion process at the interface between copper films with a thickness of 2, 3, 4, 7 and 10 atomic monolayers and silicon substrate by molecular dynamics simulation method. For this purpose, the variation of the concentration of copper and silicon along the perpendicular direction to the interface was investigated. An analysis of the density profile along this direction made it possible...
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Publikacja
- W. Pleczysty (dawniej: V. Plechystyy)
- I. Shtablavyi
- S. Winczewski
- K. A. Rybacki (dawniej: K. Rybacki)
- S. Mudry
- J. Rybicki
- PHILOSOPHICAL MAGAZINE - Rok 2020
The structure of liquid bismuth was studied by X-ray diffraction and computer simulation methods. The contraction of the atomic structure within the first coordination sphere in the temperature interval of 575- 1225 K is reported. The temperature dependencies of the coordination numbers and of the free volume are analysed. On the basis of the temperature dependencies of the free volume, the temperature dependencies of viscosity...
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Publikacja
- W. Pleczysty (dawniej: V. Plechystyy)
- I. Shtablavyi
- S. Winczewski
- K. Rybacki
- S. Mudry
- J. Rybicki
- Materials Research Express - Rok 2020
Interaction between 2, 3, 5 and 7 atomic layers of gold and a (111) silicon surface was investigated with the molecular dynamics simulation method. The simulation of the diffusion interaction between gold and silicon in the temperature range 425-925 K has been carried out. The peculiarities of the concentration changes of the interacting components and the atomic density at the boundary...
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