We also give the plots of mutual entropy as function of temperature, number of spins of subchain and the nearest neighbor interaction.

同时我们也给出了量子互随温度，最近邻相互作用的变化规律。

Some controversal points, like the absolute value of entropy and the proof of the unattainability of absolute zero by means of Carnot cycle, are discussed.

本文还讨论了一般所争论的问题,如的绝对值问题,利用卡诺循环证明绝对零度不能达到问题。

Based on this, the veracity of the rotor fault diagnosis can be improved through the distance of the information entropy curve chart at the multispeed.

实计算表明，信息距能够较好的障类别，在此基础上，通过多转速下的距曲线图可以提高转子障诊断的准确性。

The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.

一级铁电相变中的“滞”和铁电体的多畴结构可在最小产生原理的基础上得到说明。

We also give the plots of mutual entropy as function of temperature, number of spins of subchain and the nearest neighbor interaction.

同时我们也给出了量子互熵随温度，最近邻相互作用的变。

Some controversal points, like the absolute value of entropy and the proof of the unattainability of absolute zero by means of Carnot cycle, are discussed.

本文还讨论了一般所争论的问题,如熵的绝对值问题,利用卡诺循环证明绝对零度不能达到问题。

Based on this, the veracity of the rotor fault diagnosis can be improved through the distance of the information entropy curve chart at the multispeed.

实计算表明，信息熵距能够较好的区故障类别，在此基础上，通过多转速下的熵距曲线图可以提高转子故障诊断的准确性。

The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.

一级铁电相变中的“热滞”和铁电体的多畴结构可在最小熵产生原理的基础上得到说明。

We also give the plots of mutual entropy as function of temperature, number of spins of subchain and the nearest neighbor interaction.

同时我们也给出了量互熵随温度，最近邻相互作用的变化规律。

Some controversal points, like the absolute value of entropy and the proof of the unattainability of absolute zero by means of Carnot cycle, are discussed.

本文还讨了一般所争的问题,如熵的问题,利用卡诺循环证明零度不能达到问题。

Based on this, the veracity of the rotor fault diagnosis can be improved through the distance of the information entropy curve chart at the multispeed.

实计算表明，信息熵距能够较好的区分故障类别，在此基础上，通过多转速下的熵距曲线图可以提高转故障诊断的准确性。

The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.

一级铁电相变中的“热滞”和铁电体的多畴结构可在最小熵产生原理的基础上得到说明。

We also give the plots of mutual entropy as function of temperature, number of spins of subchain and the nearest neighbor interaction.

们也给出了量子互随温度，最近邻相互作用的变化规律。

Some controversal points, like the absolute value of entropy and the proof of the unattainability of absolute zero by means of Carnot cycle, are discussed.

本文还讨论了一般所争论的问题,如的绝对值问题,利用卡诺循环证明绝对零度不能达到问题。

Based on this, the veracity of the rotor fault diagnosis can be improved through the distance of the information entropy curve chart at the multispeed.

实计算表明，信息距能够较好的区分故障类别，在此基础上，通过多转速下的距曲线图可以提高转子故障诊断的准确性。

The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.

一级铁电相变中的“热滞”和铁电体的多畴结构可在最小产生原理的基础上得到说明。

We also give the plots of mutual entropy as function of temperature, number of spins of subchain and the nearest neighbor interaction.

同时我们也给出了量子互熵随温度，最邻相互作用的变化规律。

Some controversal points, like the absolute value of entropy and the proof of the unattainability of absolute zero by means of Carnot cycle, are discussed.

本文还讨论了一般所争论的问题,如熵的绝对值问题,利用卡诺循环证明绝对零度不达到问题。

Based on this, the veracity of the rotor fault diagnosis can be improved through the distance of the information entropy curve chart at the multispeed.

实计算表明，信息熵距好的区分故障类别，在此基础上，通过多转速下的熵距曲线图可以提高转子故障诊断的准确性。

The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.

一级铁电相变中的“热滞”和铁电体的多畴结构可在最小熵产生原理的基础上得到说明。

We also give the plots of mutual entropy as function of temperature, number of spins of subchain and the nearest neighbor interaction.

同时我们也给出了量子互熵随温度，相互作用的变化规律。

Some controversal points, like the absolute value of entropy and the proof of the unattainability of absolute zero by means of Carnot cycle, are discussed.

本文还讨论了一般所争论的问题,如熵的绝对值问题,利用卡诺循环证明绝对零度不能达到问题。

Based on this, the veracity of the rotor fault diagnosis can be improved through the distance of the information entropy curve chart at the multispeed.

实计算表明，信息熵距能够较好的区分故障类别，在此基础上，通过多转速下的熵距曲线图可以提高转子故障诊断的准确性。

The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.

一级铁电相变中的“热滞”和铁电体的多畴结构可在小熵产生原理的基础上得到说明。

We also give the plots of mutual entropy as function of temperature, number of spins of subchain and the nearest neighbor interaction.

同时我们也给出了量子互随温度，最近邻相互作用的变化规律。

Some controversal points, like the absolute value of entropy and the proof of the unattainability of absolute zero by means of Carnot cycle, are discussed.

本文还讨论了一般所争论的问题,如的绝对值问题,利用卡诺循环证明绝对零度不能达到问题。

Based on this, the veracity of the rotor fault diagnosis can be improved through the distance of the information entropy curve chart at the multispeed.

实计算表明，信息距能够较好的区类别，在此基础上，通过多转速下的距曲线图可以提高转子诊断的准确性。

The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.

一级铁电相变中的“滞”和铁电体的多畴结构可在最小产生原理的基础上得到说明。

We also give the plots of mutual entropy as function of temperature, number of spins of subchain and the nearest neighbor interaction.

同时我们也给出了量子互随温，邻相互作用的变化规律。

Some controversal points, like the absolute value of entropy and the proof of the unattainability of absolute zero by means of Carnot cycle, are discussed.

本文还讨论了一般所争论的问题,如的绝对值问题,利用卡诺循环证明绝对零不能达到问题。

Based on this, the veracity of the rotor fault diagnosis can be improved through the distance of the information entropy curve chart at the multispeed.

实计算表明，信息距能够较好的区分故障类别，在此基础上，通过多转速下的距曲线图可以提高转子故障诊断的准确性。

The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.

一级铁电相变中的“热滞”和铁电体的多畴结构可在小产生原理的基础上得到说明。

We also give the plots of mutual entropy as function of temperature, number of spins of subchain and the nearest neighbor interaction.

同时给出了量子互随温度，最近邻相互作用的变规律。

Some controversal points, like the absolute value of entropy and the proof of the unattainability of absolute zero by means of Carnot cycle, are discussed.

本文还讨论了一般所争论的问题,如的绝对值问题,利用卡诺循环证明绝对零度不能达到问题。

Based on this, the veracity of the rotor fault diagnosis can be improved through the distance of the information entropy curve chart at the multispeed.

实计算表明，信息距能够较好的区分故障类别，在此基础上，通过多转速下的距曲线图可以提高转子故障诊断的准确性。

The 'thermal hysteresis' of first-order ferroelectric phase transitions and the polydomain structure of ferroelectrics can be explained on the basis of the principle of minimum entropy production.

一级铁电相变中的“热滞”和铁电体的多畴结构可在最小产生原理的基础上得到说明。