Five-Dimensional Cosmological Model with Time-Dependent G and Lamda for Const...IOSR Journals
In this paper we have consider five-dimensional cosmological model in presence of perfect fluid
source with time dependent G and .The Einstein field equations are solvable with the help of constant
deceleration parameter. Physical and kinematical properties of this model are investigated. It has been shown
that the solutions are comparable with recent observations. The behavior of gravitational constant,
cosmological constant, density, critical density and pressure is discussed for dust, radiation dominated and stiff matter of the Universe. It is also examined the behavior of gravitational constant and cosmological constant for expansion law and exponential law for stiff matter
Five-Dimensional Cosmological Model with Time-Dependent G and Lamda for Const...IOSR Journals
In this paper we have consider five-dimensional cosmological model in presence of perfect fluid
source with time dependent G and .The Einstein field equations are solvable with the help of constant
deceleration parameter. Physical and kinematical properties of this model are investigated. It has been shown
that the solutions are comparable with recent observations. The behavior of gravitational constant,
cosmological constant, density, critical density and pressure is discussed for dust, radiation dominated and stiff matter of the Universe. It is also examined the behavior of gravitational constant and cosmological constant for expansion law and exponential law for stiff matter
Explanation about ROMA's Rolling Update.
ROMA is a Key Value store(NoSQL) be based ruby.
ROMA adopted P2P architecture,
so it enable version updating without stopping service
which use ROMA.
If you are interested in ROMA, please come to the our site.
http://roma-kvs.org/
Explanation about ROMA's Rolling Update.
ROMA is a Key Value store(NoSQL) be based ruby.
ROMA adopted P2P architecture,
so it enable version updating without stopping service
which use ROMA.
If you are interested in ROMA, please come to the our site.
http://roma-kvs.org/
