thermal fluid system

Lastly, the relativistic thermodynamics generate to no inertial system, the dependency relationship which proper temperature for cylindrical coordinates in thermal equilibrium fluid system of Einstein turntable.

最后把相对论热力学推广到非惯性系，用广义相对论解出了爱因斯坦转盘上的热平衡流体系统内固有温度对柱坐标的依赖关系。

Thermal convection and circulation system, caused by temperature difference, would be the main dynamic force driving the fluid flow.

温度差所产生的热对流循环系统是驱动流体流动的主要动力。

The dependence of proper temperature on cylindrical coordinates T_0(ρ) in thermal equilibrium of a fluid system on Einstein turntable is solved by special and general relativity separately.

分别用狭义和广义相对论解出了爱因斯坦转盘上的热平衡流体系统内固有温度对柱坐标的依赖关系T0（ρ）。

Fluid is a discrete system composed of a large number of particles and each particle does irregular thermal motion. They exchange momentum and energy by frequent collisions among the particles.

流体是由大量粒子组成的离散系统，每个粒子作无规则的热运动，并且粒子之间通过频繁的相互碰撞交换动量和能量。

The course of basin evolution, thermal field of compaction fluid system, dynamic field and geochemical field can be demonstrated by geological research and numerical simulation.

盆地演化过程中，压实流体系统温度场、动力场和地球化学场可以通过地质研究和数字模拟来重塑。