The polyphasic taxonomy of Rhizobia resumptively includes two major types of phenotypic group-dividing method and genotypic group-dividing method.

根瘤菌的分类技术包括表型的分群方法和遗传型的分群方法两大类。

The microstructure of a multiphase material was optimized, and property of auxetic performance was obtained, helping to prove the validity of this method.

以一种材料结构为例进行了细观结构的优化，并获得了有泊松比的特，从而验了所提出方法的合理。

Multiphase flow is a new and developing discipline on the basis of hydrodynamics, heat and mass transfer, physiochemistry, combustion theory and other disciplines.

流是在流体力学传热传质学,生物化学,燃烧学等学科的基础上发展起来的一门新兴学科.

Mesoporous molecular sieves are of great academic and practical importance in heterocatalysis. In this review, we mainly summarized the progress made in its catalytic application.

中孔分子筛在催化领域有重要的理论研究和实际应用价值，综述了国内外的学者在其催化应用方面所取得的进展。

The polyphasic taxonomy of Rhizobia resumptively includes two major types of phenotypic group-dividing method and genotypic group-dividing method.

根瘤菌的多相分类技术包括表型的分群方法和遗传型的分群方法两大类。

The microstructure of a multiphase material was optimized, and property of auxetic performance was obtained, helping to prove the validity of this method.

以一种多相材料结进行了细观结的优，并获得了具有负泊松比的特性，从而验了所提出方法的合理性。

Multiphase flow is a new and developing discipline on the basis of hydrodynamics, heat and mass transfer, physiochemistry, combustion theory and other disciplines.

多相流是在流体力传热传质,生物,烧等多科的基础上发展起来的一门新兴科.

Mesoporous molecular sieves are of great academic and practical importance in heterocatalysis. In this review, we mainly summarized the progress made in its catalytic application.

中孔分子筛在多相催领域具有重要的理论研究和实际应用价值，综述了国内外的者在其催应用方面所取得的进展。

The polyphasic taxonomy of Rhizobia resumptively includes two major types of phenotypic group-dividing method and genotypic group-dividing method.

根瘤菌的分类技术包括表型的分群方法和遗传型的分群方法两大类。

The microstructure of a multiphase material was optimized, and property of auxetic performance was obtained, helping to prove the validity of this method.

以一种材料结构为例进行细观结构的优化，并获得有负泊松比的特性，从而验所提出方法的合理性。

Multiphase flow is a new and developing discipline on the basis of hydrodynamics, heat and mass transfer, physiochemistry, combustion theory and other disciplines.

是在体力学传热传质学,生物化学,燃烧学等学科的基础上发展起来的一门新兴学科.

Mesoporous molecular sieves are of great academic and practical importance in heterocatalysis. In this review, we mainly summarized the progress made in its catalytic application.

中孔分子筛在催化领域有重要的理论研究和实际应用价值，综述国内外的学者在其催化应用方面所取得的进展。

The polyphasic taxonomy of Rhizobia resumptively includes two major types of phenotypic group-dividing method and genotypic group-dividing method.

多相分类技术包括表型分群方法和遗传型分群方法两大类。

The microstructure of a multiphase material was optimized, and property of auxetic performance was obtained, helping to prove the validity of this method.

以一种多相材料结构为例进行了细观结构优化，并获得了具有负泊松比特性，从而验了所提出方法合性。

Multiphase flow is a new and developing discipline on the basis of hydrodynamics, heat and mass transfer, physiochemistry, combustion theory and other disciplines.

多相流是在流体力学传热传质学,生物化学,燃烧学等多学科基础上发展起来一门新兴学科.

Mesoporous molecular sieves are of great academic and practical importance in heterocatalysis. In this review, we mainly summarized the progress made in its catalytic application.

中孔分子筛在多相催化领域具有重论研究和实际应用价值，综述了国内外学者在其催化应用方面所取得进展。

The polyphasic taxonomy of Rhizobia resumptively includes two major types of phenotypic group-dividing method and genotypic group-dividing method.

菌多相分类技术包括表型分群方法和遗传型分群方法两大类。

The microstructure of a multiphase material was optimized, and property of auxetic performance was obtained, helping to prove the validity of this method.

以一种多相材料结构为例进行了细观结构优化，并获得了具有负泊松比特性，从而验了所提出方法合性。

Multiphase flow is a new and developing discipline on the basis of hydrodynamics, heat and mass transfer, physiochemistry, combustion theory and other disciplines.

多相流是在流体力学传热传质学,生物化学,燃烧学等多学科基础上发展起来一门新兴学科.

Mesoporous molecular sieves are of great academic and practical importance in heterocatalysis. In this review, we mainly summarized the progress made in its catalytic application.

中孔分子筛在多相催化领域具有重要研究和实际应用价值，综述了国内外学者在其催化应用方面所取得进展。

The polyphasic taxonomy of Rhizobia resumptively includes two major types of phenotypic group-dividing method and genotypic group-dividing method.

根瘤菌的多相分类技术包括表型的分群方法和遗传型的分群方法两大类。

The microstructure of a multiphase material was optimized, and property of auxetic performance was obtained, helping to prove the validity of this method.

以一种多相材料结构为例进行了细观结构的优化，并获得了具有比的特，从而验了所提出方法的。

Multiphase flow is a new and developing discipline on the basis of hydrodynamics, heat and mass transfer, physiochemistry, combustion theory and other disciplines.

多相流是在流体力学传热传质学,生物化学,燃烧学等多学科的基础上发展起来的一门新兴学科.

Mesoporous molecular sieves are of great academic and practical importance in heterocatalysis. In this review, we mainly summarized the progress made in its catalytic application.

中孔分子筛在多相催化领域具有重要的论研究和实际应用价值，综述了国内外的学者在其催化应用方面所取得的进展。

The polyphasic taxonomy of Rhizobia resumptively includes two major types of phenotypic group-dividing method and genotypic group-dividing method.

根瘤菌的多相分类技术包括表型的分法和遗传型的分法两大类。

The microstructure of a multiphase material was optimized, and property of auxetic performance was obtained, helping to prove the validity of this method.

以一种多相材料结构为例进行了细观结构的优化，并获得了具有负泊松比的特性，从而验了所提出法的合理性。

Multiphase flow is a new and developing discipline on the basis of hydrodynamics, heat and mass transfer, physiochemistry, combustion theory and other disciplines.

多相流是在流体力学传热传质学,生物化学,燃烧学等多学的基础上发展起来的一门新兴学.

Mesoporous molecular sieves are of great academic and practical importance in heterocatalysis. In this review, we mainly summarized the progress made in its catalytic application.

分子筛在多相催化领域具有重要的理论研究和实际应用价值，综述了国内外的学者在其催化应用面所取得的进展。

The polyphasic taxonomy of Rhizobia resumptively includes two major types of phenotypic group-dividing method and genotypic group-dividing method.

根多相分类技术包括表型分群方法和遗传型分群方法两大类。

The microstructure of a multiphase material was optimized, and property of auxetic performance was obtained, helping to prove the validity of this method.

以一种多相材料结构为例进行了细观结构优化，并获得了具有负泊松比特性，从而验了所提出方法合理性。

Multiphase flow is a new and developing discipline on the basis of hydrodynamics, heat and mass transfer, physiochemistry, combustion theory and other disciplines.

多相流是在流体力学传热传质学,生物化学,燃烧学等多学科基础上发展起来一门新兴学科.

Mesoporous molecular sieves are of great academic and practical importance in heterocatalysis. In this review, we mainly summarized the progress made in its catalytic application.

中孔分子筛在多相催化领域具有理论研究和实际应用价值，综述了国内外学者在其催化应用方面所取得进展。

The polyphasic taxonomy of Rhizobia resumptively includes two major types of phenotypic group-dividing method and genotypic group-dividing method.

根瘤菌的多相分类技术包括表型的分群方法型的分群方法两大类。

The microstructure of a multiphase material was optimized, and property of auxetic performance was obtained, helping to prove the validity of this method.

以一种多相材料结构为例进行了细观结构的优化，并获得了具有负泊松比的特性，从而验了所提出方法的合理性。

Multiphase flow is a new and developing discipline on the basis of hydrodynamics, heat and mass transfer, physiochemistry, combustion theory and other disciplines.

多相流是在流体力热质,生物化,燃烧等多科的基础上发展起来的一门科.

Mesoporous molecular sieves are of great academic and practical importance in heterocatalysis. In this review, we mainly summarized the progress made in its catalytic application.

中孔分子筛在多相催化领域具有重要的理论研究实际应用价值，综述了国内外的者在其催化应用方面所取得的进展。