论文标题
电磁场对大量紧凑物体结构的影响
Effects of Electromagnetic Field on the Structure of Massive Compact Objects
论文作者
论文摘要
本文涵盖了一组恒星方程，该方程在有电磁场的存在下具有自我散发性，球形对称流体分布的形成和演变。 riemann张量是正交分开的，以采购五个名为结构标量的标量函数，然后在恒星方程中使用。结果表明，某些基本的流体特性，例如能量密度不均匀性，压力各向异性和热通量与所获得的标量相互关联。此外，结果表明，爱因斯坦方程的所有解决方案都可以用这五个标量来写入静态情况。
This paper encompasses a set of stellar equations that administer the formation and evolution of self-gravitating, dissipative spherically symmetric fluid distributions having anisotropic stresses in the presence of electromagnetic field. The Riemann tensor is split orthogonally to procure five scalar functions named as structure scalars which are then utilized in the stellar equations. It is shown that some basic fluid properties such as energy density inhomogeneity, pressure anisotropy and heat flux are interlinked with the obtained scalars. Further, it is shown that all the solutions to Einstein equations can be written in terms of these five scalars keeping in view the static case.
