压强、分子运动论与相对论温度变换

Pressure,Theory of Molecular Motion and Relativistic Transformation of Temperature

从内涵与外延关系的一致性可以确立压强是Lorentz标量 ,由于实验室参考系中热力学系统各向异性 ,分子运动论关于温度的解释需作重新表述 ,其相对论形式也不再对称 .Landsberg佯谬可以在引导功的框架内得到澄清 ,而温度的胀缩是由功热关系的不同界定标准所引起的必然结果 .

Lorentz-scalar character of pressure is established by logical consistency of its intension and extension. Owing to anisotropy of laboratory refrence system, the interpretation of molecular motion's theory about temperature must have a new expression and its relativistic form is nolonger symmetrical. Landsberg paradox may be clarified in the leading-force's frame, the dilation or contraction of temperature is inevitable outcome of different dividing criterion about work and heat.