Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从二维浅水非恒定流的控制方程出发,建立了一个二维湖泊流体。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能，提供流体环境，施加液诱导剪应，进而促进软骨特异性基质蛋白的合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科家的工作提供了一门完整课程的素材,涉及从流体稳定性、湍流到流体电、微生物的运.

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

多相流是在流体传热传质,生物化,燃烧等多科的基础上发展起来的一门新兴科.

Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从浅水非恒定流控制方程出发,建立了一个泊流体动学模型。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能，提供流体动环境，施加液诱导剪应，进而促进软骨特异性基质蛋白合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科学家工作提供了一门完整课程素材,涉及从流体动学稳定性、湍流到流体电动学、微生物运动.

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.

Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从二维浅水非恒定流的控制方程出发,建立了一个二维湖泊流体动学模型。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能，提供流体动，施加液诱导剪应，进而促进软骨特异性基质蛋白的合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科学家的工作提供了一门完整课程的素材,涉及从流体动学稳定性、湍流到流体电动学、微生物的运动.

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.

Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从二维浅水非恒控制方程出发,建立了一个二维湖泊体动学模型。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能，提供体动环境，施加诱导剪应，进而促进软骨特异性基质蛋白合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科学家工作提供了一门完整课程素材,涉及从体动学稳性、湍到体电动学、微生物运动.

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

多相是在体学传热传质学,生物化学,燃烧学等多学科基础上发展起来一门新兴学科.

Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从二维浅水非恒定的控制方程出发,建立了一个二维湖泊动学模型。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能，提供动环境，施加液诱导剪应，进而促进软骨特异性基质蛋白的合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科学家的工作提供了一门完整课程的素材,涉及从动学稳定性、湍到电动学、微生物的运动.

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

多相是在学传热传质学,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.

Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从二维浅水非恒定流的控制方程出发,建立了一个二维湖泊流体动力学模型。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

应器可以提高营养传输能力，提供流体动力环境，施加液诱导剪应力，进而促进软骨特异性基质蛋白的合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科学家的工作提供了一门完整课程的素材,涉及从流体动力学稳定性、湍流到流体电动力学、微的运动.

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,化学,燃烧学等多学科的基础上发展起来的一门新兴学科.

Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从二维浅水非恒定流控制方,建立了一个二维湖泊流体动力学模型。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体动力环境，施加液诱导剪应力，进而促进软骨特异基质蛋白合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科学家工作提供了一门完整课素材,涉及从流体动力学稳定、湍流到流体电动力学、微生物运动.

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展起来一门新兴学科.

Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从二维浅非恒定流控制方程出发,建立了一个二维湖泊流体力学模型。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体力环境，施加液诱导剪应力，进而促进软骨特异性基质蛋白合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科学家工作提供了一门完整课程素材,涉及从流体力学稳定性、湍流到流体电力学、微生物运.

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.

Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从二维浅水非恒定流控出发,建立了一个二维湖泊流体动力学模型。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体动力环境，施加液诱导剪应力，进而促进软骨特异基质蛋白合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科学家工作提供了一门完整课素材,涉及从流体动力学稳定、湍流到流体电动力学、微生物运动.

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.

Based on the two-dimension adlittoral non-invariablenes flow control equation of lakes,a hydrodynamic model of lakes was built up.

从二维浅水非恒定流的控制方程出发,建立了一个二维湖泊流体动力学模型。

Bioreactor can improve nutrition transmittability, provide hydrodynamic environment, induce shear stress, and promote production of cartilage specific matrix protein.

生物反应器可以提高营养传输能力，提供流体动力环境，施导剪应力，进而促进软骨特异性基质蛋白的合成。

One scientists work provides material for an entirecourse, covering topics ranging from hydrodynamic stability andturbulence to electrohydrodynamics and the locomotion of smallorganisms.

一位科学家的工作提供了一门完整课程的素材,涉及从流体动力学稳定性、湍流到流体电动力学、微生物的运动.

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.