The major nork of this paper is applying commercial CFD software to simulate heat dissipation of direct air-cooled condenser in power plants.

本文利用计算流体力学软件对火电厂中直接空气冷凝器的换热情况进行数值模拟。

Applying basic magnetofluiddynamic theory, the author analyzes the model flowing in plasma sheath under the combined action of magnetic and electric field.

本文应用磁流体力学基础理论,分析在磁和电作用下,等离子体鞘中模流动。

It explains the reason of gentle breeze syntony about sustained tubate generatrix in hydromechanical viewpoint,and puts forworld several methods for avoiding gentle syntony.

用流体力学的观点管母线发生微风振动的原因,并提出防止和消除微风振动的几种方法。

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.

In this paper,fluid mechanics was applied to analyze the flow field of swirling jet flow and guide the twisting and untwisting of pneumatic splice.

用流体力学分析旋转射流的流，来指导气流捻接的捻与加捻。

The major nork of this paper is applying commercial CFD software to simulate heat dissipation of direct air-cooled condenser in power plants.

本文利用计算流体力软件厂中直接空气冷凝器的换热情况进行数值模拟。

Applying basic magnetofluiddynamic theory, the author analyzes the model flowing in plasma sheath under the combined action of magnetic and electric field.

本文应用磁流体力基础理论,分析了在磁场和场联合作用下,等离子体鞘中模流动。

It explains the reason of gentle breeze syntony about sustained tubate generatrix in hydromechanical viewpoint,and puts forworld several methods for avoiding gentle syntony.

用流体力的观点解释了管母线发生微风振动的原因,并提出了防止和消除微风振动的几种方法。

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,生物化,燃烧等多科的基础上发展起来的一门新兴科.

In this paper,fluid mechanics was applied to analyze the flow field of swirling jet flow and guide the twisting and untwisting of pneumatic splice.

用流体力分析旋转射流的流场，来指导气流捻接的解捻与加捻。

The major nork of this paper is applying commercial CFD software to simulate heat dissipation of direct air-cooled condenser in power plants.

本文利计算体力学软件对火电厂中直接空气冷凝器的换热情况进行数值模拟。

Applying basic magnetofluiddynamic theory, the author analyzes the model flowing in plasma sheath under the combined action of magnetic and electric field.

本文应体力学基础理论,分析在场和电场联合作下,等离子体鞘中模动。

It explains the reason of gentle breeze syntony about sustained tubate generatrix in hydromechanical viewpoint,and puts forworld several methods for avoiding gentle syntony.

体力学的观点解释管母线发生微风振动的原因,并提出和消除微风振动的几种方法。

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.

In this paper,fluid mechanics was applied to analyze the flow field of swirling jet flow and guide the twisting and untwisting of pneumatic splice.

体力学分析旋转射的场，来指导气捻接的解捻与加捻。

The major nork of this paper is applying commercial CFD software to simulate heat dissipation of direct air-cooled condenser in power plants.

本文利用计算流体力学软件对火电厂中直接空气冷凝器的换进行数值模拟。

Applying basic magnetofluiddynamic theory, the author analyzes the model flowing in plasma sheath under the combined action of magnetic and electric field.

本文应用磁流体力学基础理论,分析了在磁场和电场联合作用下,等离子体鞘中模流动。

It explains the reason of gentle breeze syntony about sustained tubate generatrix in hydromechanical viewpoint,and puts forworld several methods for avoiding gentle syntony.

用流体力学的观点解释了管母线发生微风振动的原因,并提出了防止和消除微风振动的几法。

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.

In this paper,fluid mechanics was applied to analyze the flow field of swirling jet flow and guide the twisting and untwisting of pneumatic splice.

用流体力学分析旋转射流的流场，来指导气流捻接的解捻与加捻。

The major nork of this paper is applying commercial CFD software to simulate heat dissipation of direct air-cooled condenser in power plants.

文利用计算流体力学软件对火电厂中直接空气冷凝器的换热情况进行数值。

Applying basic magnetofluiddynamic theory, the author analyzes the model flowing in plasma sheath under the combined action of magnetic and electric field.

文应用磁流体力学基础理论,分析了在磁场和电场联合作用下,等离子体鞘中流动。

It explains the reason of gentle breeze syntony about sustained tubate generatrix in hydromechanical viewpoint,and puts forworld several methods for avoiding gentle syntony.

用流体力学的观点解释了管母线发生振动的原因,并提出了防止和消振动的几种方法。

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.

In this paper,fluid mechanics was applied to analyze the flow field of swirling jet flow and guide the twisting and untwisting of pneumatic splice.

用流体力学分析旋转射流的流场，来指导气流捻接的解捻与加捻。

The major nork of this paper is applying commercial CFD software to simulate heat dissipation of direct air-cooled condenser in power plants.

本文利用计算流体力学软件对火电厂中直接空气冷凝器的换热情况进行数。

Applying basic magnetofluiddynamic theory, the author analyzes the model flowing in plasma sheath under the combined action of magnetic and electric field.

本文应用磁流体力学基础理论,分析了在磁场和电场联合作用下,等离子体鞘中流动。

It explains the reason of gentle breeze syntony about sustained tubate generatrix in hydromechanical viewpoint,and puts forworld several methods for avoiding gentle syntony.

用流体力学的观点解释了管母线发生动的原因,并提出了防止和消除动的几种方法。

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.

In this paper,fluid mechanics was applied to analyze the flow field of swirling jet flow and guide the twisting and untwisting of pneumatic splice.

用流体力学分析旋转射流的流场，来指导气流捻接的解捻与加捻。

The major nork of this paper is applying commercial CFD software to simulate heat dissipation of direct air-cooled condenser in power plants.

本文利用计算流体软件对火电厂中直接空气冷凝器的换热情况进行数值模拟。

Applying basic magnetofluiddynamic theory, the author analyzes the model flowing in plasma sheath under the combined action of magnetic and electric field.

本文应用磁流体础理论,分析了在磁场和电场联合作用下,等离子体鞘中模流动。

It explains the reason of gentle breeze syntony about sustained tubate generatrix in hydromechanical viewpoint,and puts forworld several methods for avoiding gentle syntony.

用流体的观点解释了管母线发生微风振动的原,出了防止和消除微风振动的几种方法。

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,燃烧等多科的础上发展起来的一门新兴科.

In this paper,fluid mechanics was applied to analyze the flow field of swirling jet flow and guide the twisting and untwisting of pneumatic splice.

用流体分析旋转射流的流场，来指导气流捻接的解捻与加捻。

The major nork of this paper is applying commercial CFD software to simulate heat dissipation of direct air-cooled condenser in power plants.

本文利用计算流体软件对火电厂中直接空气冷凝器的换热情况进行数值模拟。

Applying basic magnetofluiddynamic theory, the author analyzes the model flowing in plasma sheath under the combined action of magnetic and electric field.

本文应用磁流体础理论,分析了在磁场和电场联合作用下,等离子体鞘中模流动。

It explains the reason of gentle breeze syntony about sustained tubate generatrix in hydromechanical viewpoint,and puts forworld several methods for avoiding gentle syntony.

用流体的观点解释了管母线发生微风振动的原,出了防止和消除微风振动的几种方法。

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,燃烧等多科的础上发展起来的一门新兴科.

In this paper,fluid mechanics was applied to analyze the flow field of swirling jet flow and guide the twisting and untwisting of pneumatic splice.

用流体分析旋转射流的流场，来指导气流捻接的解捻与加捻。

The major nork of this paper is applying commercial CFD software to simulate heat dissipation of direct air-cooled condenser in power plants.

本文利用计算流体力学软件对火电厂中直接空气冷凝器情况进行数值模拟。

Applying basic magnetofluiddynamic theory, the author analyzes the model flowing in plasma sheath under the combined action of magnetic and electric field.

本文应用磁流体力学基础理论,分析了在磁场和电场联合作用下,等离子体鞘中模流动。

It explains the reason of gentle breeze syntony about sustained tubate generatrix in hydromechanical viewpoint,and puts forworld several methods for avoiding gentle syntony.

用流体力学观点解释了管母线发生微风振动原因,并提出了防止和消除微风振动几种方法。

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

流是在流体力学传传质学,生物化学,燃烧学等学科基础上发展起来一门新兴学科.

In this paper,fluid mechanics was applied to analyze the flow field of swirling jet flow and guide the twisting and untwisting of pneumatic splice.

用流体力学分析旋转射流流场，来指导气流捻接解捻与加捻。