Einstein Field Equation

Inquiry about the exact interior solution to Einstein field equation for a perfect fluid sphere

理想流体球的爱因斯坦场方程内部严格解研究

Linearization Einstein Field Equation

线性化爱因斯坦场方程

Some exact solutions of Einstein field equation for imperfect fluid

一类非理想流体Einstein场方程精确解

In this paper we present a solution of the Einstein field equation in a Bianchi-V universe with incoherent radiation .

本文给出了以辐射为场源的Bianchi-V模型所对应的Einstein场方程的解。

The spacetime structure is expressed by the metric tensor and the metric tensor is confirmed by the Einstein field equation in the general relativity theory .

广义相对论告诉我们，时空结构由度规张量表示，度规张量由引力场方程确定。

Einstein gravitational field equation

爱因斯坦引力场方程

A multi-layer fluid sphere is regarded as an elementary particle model , and an interior numerical solution of Einstein 's field equation for the fluid sphere is formulated .

本文以多层流体球作为粒子模型，作出丁流体球内部的Einstein引力场方程的数值解。

We obtained the metric of a neutron in the zeroth order approximation , based on Einstein 's field equation and the equation of motion of a neutral π meson .

本文从爱因斯坦场方程出发，结合中子的中性π介子场的运动方程，运用近似方法求得在零级近似下中子的时空度规。

Beginning with the solution of the Einstein 's Field equation , this paper rigorously and intensively discusses the origin of the relativistic precession and nutation , and derives the theoretical expression of the geodetic 、 Lense-Thirring , Thomas precession , nutation and the relativistic advance of the ecliptic pole .

本文从爱因斯坦场方程的解开始，严格而细致地论证了相对论岁差和章动的起源，推导了测地、Lense-Thirring、Thomas岁差章动和黄极的相对论进动的理论表达式。

Einstein 's " field equation " is essentially " Etc potential surface equation " by the formation of the virtual substance in the process of radiation , there is no real " bending spacetime " .

爱因斯坦的“引力场方程”实质上是虚物质在辐射过程中所形成的“等势面方程”，不存在真实的“时空弯曲”。