PRINCIPY ZAMYKANIYA TERMODINAMIKI LENNARD-DZHONSOVSKIH FLYUIDOV
Authors:
1.
AN RT; KNITU
2.
KNITU
3.
KNITU
4.
AN RT; KNITU
Type:
Article
eLocation:
Status:
Published
Received:
19.04.2023
Accepted:
01.08.2025
Published:
01.08.2025
Subject area:
UDC 541.12.011
Language:
Russian
Keywords:
замыкание термодинамики, принципы замыкания термодинамики, самоподобие при приближении к хаотическому поведению, closure of thermodynamics, the principles of thermodynamics closure, self-similarity at the approach to the chaotic behavior
Abstract (English):
We consider the third law, together with the first law and the principle of reversibility to define the analytical closure of Lennard-Jones fluids. The research is based on the methods of nonlinear dynamics with a simple mathematical model for self-similarity found under approaching the chaotic behavior, including the condition quite far from the critical point.
We consider the third law, together with the first law and the principle of reversibility to define the analytical closure of Lennard-Jones fluids. The research is based on the methods of nonlinear dynamics with a simple mathematical model for self-similarity found under approaching the chaotic behavior, including the condition quite far from the critical point.
Keywords:
замыкание термодинамики, принципы замыкания термодинамики, самоподобие при приближении к хаотическому поведению, closure of thermodynamics, the principles of thermodynamics closure, self-similarity at the approach to the chaotic behavior
замыкание термодинамики, принципы замыкания термодинамики, самоподобие при приближении к хаотическому поведению, closure of thermodynamics, the principles of thermodynamics closure, self-similarity at the approach to the chaotic behavior
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