The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑了包括子磁滞回线的磁滞模型,地描述了电力变压器的励磁支路。

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。

The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑了包括子磁滞回线的磁滞模型,较准确地描述了电器的励磁支路。

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。

The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑了包括子磁回线的磁模型,较准确地描述了电力变压器的励磁支路。

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“”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。

The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑了包括子磁回线的磁模型,较准确地描述了电力变压器的励磁支路。

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“”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。

The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑了包括子磁回线的磁模型,较准确地描述了电力变压器的励磁支路。

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”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。

The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑了包括子回线的模型,较准确地描述了电力变压器的励支路。

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”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。

The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑了包括子磁回线的磁模型,较准确地描述了电力变压器的励磁支路。

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”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。

The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑了包括子磁滞磁滞模型,较准确地描述了电力变压器励磁支路。

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“热滞”和铁电体多畴结构可在最小熵产生原理基础上得到说明。

The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑了包括子回线的模型,较准确地描述了电力变器的励支路。

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”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。

The model including subordinative hysteresis curve can describe the magnetizing branch more precisely.

考虑包括子回线的模型,较准确地描力变压器的励支路。

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.

一级铁相变中的“热”和铁体的多畴结构可在最小熵产生原理的基础上得到说明。