hydrokinetic

hydrokinetic的音标为：[ˌhaɪdrəʊkɪnˈeɪtɪk] ，中文释义为“动水力学的”。

基本翻译为“流体动力学”，是一种研究流体（如液体和气体）与置于其中的物体（如船只、飞机、管道中的管道）相互作用的科学领域。

速记技巧为：用英文单词的词根和发音规则来记忆。

希望以上信息对您有帮助，如有疑问，建议咨询专业人士获取。

Hydrokinetic这个词来源于希腊语词根“hydr”和“kinema”，意为和水有关的运动。它的主要含义是利用水的动力来产生机械运动。

变化形式：词性变化时，通常在词尾添加-tic或-tics。

相关单词：

hydropower：水力发电，利用水流和水位差等水力资源来产生电能。

hydraulics：水力学，研究水在管道或水坝等设施中的流动和压力的学科。

hydrodynamics：水动力学，研究水或其他液体的运动和变化的力学。

hydroelectricity：水力发电产生的电能，是一种可再生能源。

hydrofoil：水翼船，一种利用水翼产生升力，减少船体在水中的阻力，提高航行速度的船只。

hydrodynamic：水动力的，指与水动力学相关的物理现象和规律。

hydrostatics：流体静力学，研究流体在静止状态下受力平衡的学科。

hydride：氢化物，指含有氢元素的化合物。

hydrotherapy：水疗法，一种治疗方式，通过水的温度、压力、浮力等特性来达到放松和治疗的目的。

hydrodynamic torque：水动力扭矩，指由水流或液体的运动产生的扭矩。

以上单词都与hydrokinetic有某种程度的关联，涵盖了水力、水动力学、水力学、水动力的特性以及与水相关的物理现象等多个领域。

常用短语：

1. hydrokinetic energy 水利动能

2. hydrokinetic pump 水利泵

3. hydrokinetics 水利动力学

4. hydrokinetics of fluid flow 流体动力水利学

5. hydrokinetics of ship motion 船舶运动的水动力学

6. hydrokinetics of fluid-structure interaction 流体与结构的相互作用的水动力学

7. hydrokinetics of turbulence 湍流的水动力学

双语例句：

1. The hydrokinetic energy is a kind of clean energy that can be used to generate electricity.

2. The hydrokinetic pump is widely used in irrigation and water supply systems.

3. The hydrokinetics of fluid flow is a complex topic that requires a deep understanding of fluid mechanics and physics.

4. The hydrokinetics of ship motion is an important field of naval architecture and marine engineering.

5. The hydrokinetics of turbulence plays a crucial role in the design and operation of modern power plants.

6. The study of hydrokinetics is essential for the development of sustainable energy sources and environmental protection.

7. The combination of hydrodynamics and kinematics is essential for the understanding of the hydrokinetic behavior of objects in fluid flows.

英文小作文：

Hydrokinetics: The Key to Sustainable Energy Development

Hydrokinetics, the study of the interaction between fluids and structures, plays a crucial role in the development of sustainable energy sources and environmental protection. From the design of efficient water pumps to the understanding of turbulence in fluid flows, hydrokinetics has made significant contributions to our understanding of the world around us.

From renewable energy sources such as tidal power and wave energy to the efficient use of water resources in irrigation and water supply systems, hydrokinetics has the potential to revolutionize our approach to energy production and consumption. By harnessing the power of water and moving it in a more sustainable way, we can not only reduce our dependence on fossil fuels but also improve our environmental footprint.

The future of hydrokinetics lies in its ability to integrate with other fields such as bioenergy, solar energy, and wind energy, creating a more holistic approach to sustainable energy production and consumption. By harnessing the power of water, we can create a more sustainable future for ourselves and our planet.