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热学教科书都以为:处于重力场中介质内部其死寂态保持均温(xyz)。而本文导出重力场中的重力线(z)方向介质内部存在着稳恒的温度梯度;这将促使人们重新界定热力学基本定律的适用范围,也将有助于人们重新认识热寂、能源等许多问题,亦是笔者提出“热力学理论重整”的基石,故意义十分重大!本文首先讨论了单原子理想气体分子飞行在自由程中由于受到重力作用,分子的动能必将随其位移而递变,可称其具有动能梯度;最后结合热学中所给出的分子动能的平均值正比其温度的共识,顺利导出了全新的物理结论。
Thermal science textbooks all think that: in the gravity field, the interior of the medium remains deadly (xyz). This paper derives a steady temperature gradient inside the gravity (z) direction medium in the gravitational field; this will prompt people to redefine the applicable scope of the basic laws of thermodynamics, and it will also help people to re-recognize heat death, energy, etc. The problem is also the cornerstone of the “restructuring of thermodynamics theory” proposed by the author. Therefore, the significance of this is very important! This paper first discusses that due to the action of gravity, the kinetic energy of a molecule of monoatomic ideal gas molecules in a free path must move with its displacement. Gradual change, it can be said that it has a kinetic gradient; the final agreement with the consensus of the kinetic energy of the kinetic energy given in the thermal energy is proportional to its temperature, the smooth conclusion of a new physical conclusion.