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virial expansion - traducción al ruso
SERIES EXPANSION OF THE EQUATION OF STATE FOR A MANY-PARTICLE SYSTEM
virial expansion
математика
вириальное разложение
вириальный ряд
expanding universe
![metric]] seen on the left. This visualization can be confusing because it appears as if the universe is expanding into a pre-existing empty space over time. Instead, the expansion created, and continues to create, all of known space and time.](https://commons.wikimedia.org/wiki/Special:FilePath/CMB Timeline300 no WMAP.jpg?width=200 "metric]] seen on the left. This visualization can be confusing because it appears as if the universe is expanding into a pre-existing empty space over time. Instead, the expansion created, and continues to create, all of known space and time.")
![critical density]] (<math>\Omega_m</math>).](https://commons.wikimedia.org/wiki/Special:FilePath/Evolution of the universe.svg?width=200 "critical density]] (<math>\Omega_m</math>).")
![When an object is receding, its light gets stretched ([[redshift]]ed). When the object is approaching, its light gets compressed ([[blueshift]]ed).](https://commons.wikimedia.org/wiki/Special:FilePath/Redshift blueshift.svg?width=200 "When an object is receding, its light gets stretched ([[redshift]]ed). When the object is approaching, its light gets compressed ([[blueshift]]ed).")
.png?width=200 "The diagram depicts the expansion of the universe and the relative observer phenomenon. The blue galaxies have expanded further apart than the white galaxies. When choosing an arbitrary reference point such as the gold galaxy or the red galaxy, the increased distance to other galaxies the further away they are appear the same. This phenomenon of expansion indicates two factors: there is no centralized point in the universe, and that the Milky Way Galaxy is not the center of the universe. The appearance of centrality is due to an observer bias that is equivalent no matter what location an observer sits.")
INCREASE IN DISTANCE BETWEEN PARTS OF THE UNIVERSE OVER TIME
Expansion of space; Expanding universe; Expanding Universe; Universe expansion; Expansion of the Universe; Cosmic expansion; Metric expansion; Space expansion; Expansion of space in the Big Bang theory; Metric expansion of the universe; Universe's expansion; The Big Bang and The Great Expansion; Metric impansion of space; Quantum radiation; Cosmological expansion; Expansion of universe; Metric expansion of space
[астр.] расширяющаяся вселенная
virial theorem
GENERAL EQUATION THAT RELATES THE TIME-AVERAGED TOTAL KINETIC ENERGY OF A STABLE SYSTEM CONSISTING OF N PARTICLES, BOUND BY POTENTIAL FORCES, WITH THAT OF THE TIME-AVERAGED TOTAL POTENTIAL ENERGY
Virial; Virialsatz; Virial Theorem; Clausius virial theorem; Virialisation; Virialization; Virial radii
математика
теорема вириала
Definición
Virial
·noun A certain function relating to a system of forces and their points of application, - first used by Clausius in the investigation of problems in molecular physics.
Wikipedia
Virial expansion
The classical virial expansion expresses the pressure P of a many-particle system in equilibrium as a power series in the density:
where is called the compressibility factor. This is the virial equation of state, the most general function relating pressure, P, density, ρ, and temperature, T, of fluids. It was first proposed by Kamerlingh Onnes. The compressibility factor is a dimensionless quantity, indicating how much a real fluid deviates from an ideal gas. A is the first virial coefficient, which has a constant value of 1. It makes the statement that at low density, all fluids behave like ideal gases. The virial coefficients B, C, D, etc., are temperature-dependent, and are generally presented as Taylor series in terms of 1/T.
