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arXiv 1601.01735gr-qcmath-phmath.MP
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D型真空时空的库仑场微扰

Coulomb fields as perturbations of type D vacuum space-times

Koray Düztaş

摘要:

我们考虑一个测试,非零电磁场的特殊意义上,该领域的主要零方向位于沿两个重复的主要零方向的D型真空背景。我们证明了在D型背景下,这种特殊的非零场是麦克斯韦方程组的有效解。这个场的行为类似于$1/r^2$,而唯一的非零麦克斯韦标量是$ϕ_1$,因此它可以被称为库仑场。我们表明,库仑场的能量和角动量通量的贡献消失在任何表面的集成,D型真空背景克尔,克尔-陶布-NUT,陶布-NUT,和史瓦西。因此,这个场不会导致这些时空的质量和角动量参数的任何扰动。

英文摘要:

We consider a test, non-null electromagnetic field special in the sense that the principal null directions of the field lie along the two repeated principal null directions of the type D vacuum background. We prove that the special non-null field is a valid solution of the Maxwell equations on a type D background. This field behaves as $1/r^2$ and the only non-vanishing Maxwell scalar is $ϕ_1$ so it can be called the Coulomb field. We show that the contribution to the energy and angular momentum fluxes of the Coulomb field vanishes at any surface of integration, on the type D vacuum backgrounds Kerr, Kerr-Taub-NUT, Taub-NUT, and Schwarzschild. Therefore this field does not lead to any perturbations of the mass and angular momentum parameters of these space-times.

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