物质和能量关系的本质.doc

物质和能量关系的本质
(杨新铁西北工业大学航空学院西安 710072)
摘要
当代暗物质的研究从可压缩连续介质角度给出,在均匀各向同性的宇宙中很容易得到能动张量的基本形式。其状态方程可以是典型的可压缩气体形式;这样,就可以利用理想气体的特性来进一步解释引力场内能量和物质的关系。实际是把时空上的非线性用一种描述方程上的更深刻的非线性机制来代替,这种新的类似于洛伦兹的变换具有更广泛的协变不变性。据此,对质量的定义可以理解为类似于在空气动力学试验中被物体边界所排挤的流体的质量。从本质上来说,变重了的并不是试验的飞行器壳体的结构重量,而是那个壳体体积所排挤的区域内部等价流体介质的质量
关键词暗物质麦克斯韦方程相对论质能关系
Abstract
Present dark material research may be deduced from the continuous medium, and it is very easy in the isotropic universe to obtain the tensor the fundamental mode. Its state equation may be the pressed fluid form; thus, may use the characteristic of the ideal gas to further explain relations of energy and the mass in the gravitational field. Replaces the non-linearity of space and time with one kind of description equation in more profound non-linear mechanism, this new transformation being similar as Lorenz transformation, but has the more widespread covariant invariability. According to the above, the definition of mass may understand as the mass of fluid which is pushed aside by the object body in the aerodynamics experiment. In essence, changed heavy was not the weight of the experimental flight vehicle shell construction, but was the equal fluid medium quality which that shell volume pushed aside.
中图法分类号 +4
Keyword Dark mass Maxwell equation Relativity relation of mass and energy
根据近似均匀的和各向同性的假设,宇宙学原理给时空度规一很强的约束,在此约束下的时空度规可化为Robertson-Walker