Exemplos de uso de Field equation em Inglês e suas traduções para o Português
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Begin entering your warp field equations.
When"T" is zero, the field equation describes empty space the vacuum.
For example, an important approach is to linearise the field equations.
The Einstein field equations describe how this curvature is produced.
A rotating black hole is a solution of Einstein's field equation.
The Einstein field equations(EFE) are the core of general relativity theory.
He also discovered the Bardeen vacuum,an exact solution of the Einstein field equation.
The Einstein field equations are nonlinear and very difficult to solve.
It is merely the image of a function totally described by the field equations.
The publication featuring the field equations is Einstein 1915, cf. Pais 1982, ch.
The field equations may be derived by using the Einstein-Hilbert action.
Therefore, solutions of the Einstein field equations describe the evolution of the Universe.
In particular, we obtain explicit solutions, in the case vacuum,for einstein field equation.
It was the first exact solution of the Einstein field equations other than the trivial flat space solution.
Kerr metric, Kerr-Newman metric==A rotating black hole is a solution of Einstein's field equation.
It is therefore reasonable to suppose that the field equations can be used to derive the geodesic equations. .
Thus, the governing equation in these conditions can be given as a special case of the generalized scalar field equation.
A vacuum solution is a solution of a field equation in which the sources of the field are taken to be identically zero.
Closed timelike curves, in which the world line of an object returns to its origin,arise from some exact solutions to the Einstein field equation.
In 1924 he discovered an exact solution of the Einstein field equation representing a cylindrically symmetric rigidly rotating configuration of dust particles.
In general relativity,Regge calculus is a formalism for producing simplicial approximations of spacetimes that are solutions to the Einstein field equation.
In 1965, Ezra"Ted" Newman found the axisymmetric solution of Einstein's field equation for a black hole which is both rotating and electrically charged.
According to the Einstein field equation, this means that the stress-energy tensor also vanishes identically, so that no matter or non-gravitational fields are present.
But using two laser beams… Rotating in the opposite direction… could find a new solution To the field equation Einstein's gravitational… for a circular power source.
Equation==The cosmological constant Λ appears in Einstein's field equation in the form of: formula_1where"R" and"g" describe the structure of spacetime,"T" pertains to matter and energy affecting that structure, and"G" and"c" are conversion factors that arise from using traditional units of measurement.
The fact that the gravitational field itself possesses energy yields a way to understand the nonlinearity of the Einstein field equation: this gravitational field energy itself produces more gravity.
Following the natural scale of complexity, considering the generalized scalar field equation as reference, the diffusive-advective problems which evaluate the thermal effects of transport by a fluid(advection) together with conduction are approached.
In general relativity, a model of an isolated star(or other fluid ball) generally consists of a fluid-filled interior region,which is technically a perfect fluid solution of the Einstein field equation, and an exterior region, which is an asymptotically flat vacuum solution.
In general relativity,a dust solution is a fluid solution, a type of exact solution of the Einstein field equation, in which the gravitational field is produced entirely by the mass, momentum, and stress density of a perfect fluid that has positive mass density but vanishing pressure.
The solutions of Einstein's field equation for the gravitational field of an electrically charged point mass(with zero angular momentum) in empty space was obtained in 1918 by Hans Reissner and Gunnar Nordström, not long after Karl Schwarzschild found the Schwarzschild metric as a solution for a point mass without electric charge and angular momentum.