论文标题
Buchdahl时空，带有带电的流体和标量场理论的紧凑型身体解决方案
Buchdahl Spacetime with Compact Body Solution of Charged Fluid and Scalar Field Theory
论文作者
论文摘要
目前的工作包含有关紧凑型恒星体的讨论，该恒星体受到电磁场影响的影响。我们试图通过解释Buchdahl时空型函数来讨论Einstein-Maxwell场方程的解决方案。为紧凑的身体带来了带电的流体，内部流体密度和各向异性压力也与Reissner-Nordstrom公制外部溶液相连。我们已经讨论了电磁影响下的无奇异性内部各向异性流体。这里已经讨论了热力学能量条件及其随内部半径的变化。我们还讨论了这种新模型的身体可接受性。最后，我们包括了与内部流体相对应的标量场理论，该理论帮助我们随着时间的推移讨论了紧凑的身体奇怪的恒星进化。在内部流体进化分析的讨论中，也引入了紧凑型体的广义熵演变
The present work contains a discussion on compact stellar body that is influenced by the effects electromagnetic fields. We have tried to discuss a solution of Einstein-Maxwell field equation with the interpretation of Buchdahl spacetime type function. The interior fluid density and anisotropic pressures have been derived for a charged fluid of compact body which is also continuous with the Reissner-Nordstrom metric exterior solution. We have discussed the singularity free interior anisotropic fluid under electromagnetic influence. The thermodynamics energy conditions and their variation with interior radius have been discussed here. We have also discussed the physical acceptability of this new model. Finally we have included the scalar field theory corresponding to the interior fluid that helped us to discuss teh compact body strange star evolution with time. The generalized entropy evolution of the compact body has also been introduced in the discussion of interior fluid evolution analysis
