Based on some calculated borate systems involving BBO crystal,the applications of CALPHAD technique in the crystal growth of BBO is presented.

本文基于所计算部分含BBO晶体硼酸盐体系,研究了相图计算CALPHAD技术在BBO晶体生长过一些应用。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

要基于膨胀剂原反应模型和化学热力学原，了晶体生长压源动力及水泥浆体体积膨胀与结晶压关系。

Based on some calculated borate systems involving BBO crystal,the applications of CALPHAD technique in the crystal growth of BBO is presented.

本文基于所计算的部分含BBO晶体的硼酸盐体系,研图计算CALPHAD技术在BBO晶体生长过程中的一些应用。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

要基于膨胀剂原反应模型和化学热力学原理，讨论晶体生长压的源动力及体体积膨胀与结晶压的关系。

Based on some calculated borate systems involving BBO crystal,the applications of CALPHAD technique in the crystal growth of BBO is presented.

本文基于所计算的部分含BBO晶的硼酸盐系,相图计算CALPHAD技术在BBO晶生长过程中的一些应用。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

要基于膨胀剂原反应模型和化学热力学原理，讨论晶生长压的源动力及水积膨胀与结晶压的关系。

Based on some calculated borate systems involving BBO crystal,the applications of CALPHAD technique in the crystal growth of BBO is presented.

本文基于所计算BBO晶体硼酸盐体,研究了相图计算CALPHAD技术在BBO晶体生长过程中一些应用。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

要基于膨胀剂原反应模型和化学热力学原理，讨论了晶体生长压源动力及水泥浆体体积膨胀与结晶压。

Based on some calculated borate systems involving BBO crystal,the applications of CALPHAD technique in the crystal growth of BBO is presented.

本文基于所计算的部分含BBO晶体的硼酸盐体系,研究计算CALPHAD技术在BBO晶体生长过程中的一些应用。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

要基于膨胀剂原反应模型和化学热力学原理，讨论晶体生长压的源动力浆体体积膨胀与结晶压的关系。

Based on some calculated borate systems involving BBO crystal,the applications of CALPHAD technique in the crystal growth of BBO is presented.

本文于所计算的部分含BBO晶体的硼酸盐体系,研究了相图计算CALPHAD技术在BBO晶体生长过程中的一些应。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

于膨胀剂原反应模型和力原理，讨论了晶体生长压的源动力及水泥浆体体积膨胀与结晶压的关系。

Based on some calculated borate systems involving BBO crystal,the applications of CALPHAD technique in the crystal growth of BBO is presented.

本文基所计算的部分含BBO晶体的硼酸盐体系,研究了相图计算CALPHAD技术在BBO晶体生长过程中的一些应用。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

要基剂原反应化学热力学原理，讨论了晶体生长压的源动力及水泥浆体体积与结晶压的关系。

Based on some calculated borate systems involving BBO crystal,the applications of CALPHAD technique in the crystal growth of BBO is presented.

本文基于所计算的部分含BBO晶体的硼酸盐体系,研究了相图计算CALPHAD技术在BBO晶体生长过程中的一些用。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

要基于膨型和化学热力学理，讨论了晶体生长压的源动力及水泥浆体体积膨与结晶压的关系。

Based on some calculated borate systems involving BBO crystal,the applications of CALPHAD technique in the crystal growth of BBO is presented.

本文基于所计算的部分含BBO晶体的硼酸盐体系,研究了相图计算CALPHAD技术在BBO晶体生长过程中的一些应用。

The expansion mechanism of hydroxide expanding phase for oil well cement slurry are discussed on the basis of principle of chemical thermodynamics and topochemical reaction model.

要基于膨胀剂原反应模型和化学热力学原理，讨论了晶体生长压的源动力及水泥浆体体积膨胀与结晶压的关系。