1) zeroth law
第零定律
1.
The zeroth law assures that the identical clock rate can be definited in the global space- time.
第零定律保证全时空可以定义统一的钟
2.
The time-temperature uncertainty relation near zero temperature is given, which infers that the zeroth law of thermodynamics is equivalent to the transitivity of clock rate synchronization.
并由此推出，热力学第零定律等价于钟速同步的传递性。
2) the zeroth law of thermodynamics
热力学第零定律
1.
In some higher education thermology textbooks,the zeroth law of thermodynamics is stated inaccurately,and its experiments are designed unscientificically,even dissociated from itself,and so on.
目前部分高校教材中对热力学第零定律内容存在的表述不准确、实验设计不科学、实验设计与所陈述的定律相游离等问题作了指陈和分析,并针对这些问题分别从热力学第零定律的物理实质和物理意义两个角度出发,提出了对应的两种定律陈述和实验设计的修改意见。
3) Second law
第二定律
1.
The paper analyses the direction, condition and limit of process from the perspective of energy transmission and transformation and quality change in order to add to people s understanding of second law of thermodynamics.
从能量传递和转换及品质变化的角度上来分析过程进行的方向、条件和限度,以加深对热力学第二定律的理解。
4) the third law
第三定律
1.
It is pointed out that the third law of thermodynamics is a possible approach to overcome the singularity difficulty.
指出热力学第三定律是克服奇点困难的可能途径。
6) Faraday's law
法拉第定律
1.
Comparison and application indicated that Faraday's law could be precisely explained by the formula all-sidedly.
通过比较和应用表明,关系式能够全面、确切地解释法拉第定律。
补充资料：热力学第零定律
热力学中以热平衡概念为基础对温度作出定义的定律。通常表述为：与第三个系统处于热平衡状态的两个系统之间，必定处于热平衡状态。图中A、B、C为 3个质量和组成固定，且与外界完全隔绝的热力系统。将其中的B、C用绝热壁隔开，同时使它们分别与A发生热接触。待A与B和A与C 都达到热平衡时，再使B与C 发生热接触。这时B和C 的热力状态不再变化，这表明它们之间在热性质方面也已达到平衡。第零定律表明，一切互为热平衡的系统具有一个数值上相等的共同的宏观性质──温度。温度计所以能够测定物体温度正是依据这个原理。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条