水中运动

水中运动是在水的特殊环境下进行的体育运动。

The under water exercise is a specific sports .

水中运动生理学

Physiology of under water exercise

为了解水下噪声系统，特别是水中运动目标的噪声特性，本文建立了利用Fresnel积分进行声场空间变换的理论和实验测试系统。

In order to investigate characteristics of noise system , especially moving object underwater , the sound image of measured system had been constructed , using Fresnel integral to Perform the necessary space transformation of sound field .

大面积深度烧伤的早期水中运动疗法探讨

Exercise in water during the early stage of extensive deep burn

枪弹水中运动阻力软测量方法研究

A Study on Resistance of Underwater Moving Bullet in Soft Measurement

水中运动体动态速度测量方法探讨

Discussion on the Methods for Dynamic Velocity Measurement of Underwater Moving Body

钉螺在动水中运动特性研究

Study on the Motion Behavio of Oncomelania in Water Flow

水中运动目标动态线谱增强算法研究

An algorithms of underwater moving-target dynamic line spectrum enhancement

舰船尾流即水中运动的气泡幕。

The ship wake is motive bubble film .

火箭航行器水中运动数学模型

A Mathematical Model for Underwater Rocket Motion

物体在水中运动受到的阻力分为三种：摩擦阻力、压差阻力和兴波阻力。

The drag form is divided into threetypes : friction , pressure drag and wave resistance .

鱼雷聚能战斗部自锻弹丸水中运动特性仿真研究

Simulation Study on Kinematic Characteristic of Explosively Formed Projectile ( EFP ) in the Water for Torpedo Shaped Charge Warhead

我决定选修流体力学方面的一些课程&研究人体在空中和水中运动时的表现。

I decided to take some courses in fluid mechanics-the study of how bodies behave as they move through air or water .

本文就水中运动时人体生理机能变化特点与人体能量代谢规律进行综述。

It has been evaluate in this paper that the characteristic of physiological function and regularity of energy metabolism in the under water exercise .

火箭助飞末制导深弹入水后，在下沉过程中，即可利用深弹头部安装的声学探测系统（声呐）接收水中运动目标的辐射噪声。

After a terminal-guidance rocket-propelled depth charge sinks in water , it can receive the noise generated by moving targets using an underwater acoustic detection system installed at the head .

鳄鱼是一种十分古老的两栖动物，其环境适应性很强，能在陆地、沼泽以及水中运动自如。

The crocodile is a kind of very ancient amphibians . It has very strong adaptability to environment , and can move freely on land , swamp and in water .

辅机摇摆试验台是在实验室环境下模拟舰船在水中运动，完成船舶设备性能测试的一种实验设备。

Under laboratorial environment , motion platform of ship auxiliary machinery is experimental equipment that simulates movement of the warship on the water surface , can accomplish marine equipment performance test .

由于水的静压力、浮力、阻力以及水的导热性能与陆上运动不同，水中运动将对人体生理机能产生与陆上运动不同的影响。

Because of the different of pressure , buoyancy , resistance and heat conductivity between water and land , The effect of under water exercise on body 's physiological function was different from the land .

它以中国传统的水墨为主体，改变了墨在纸上作画这种传统的方式，而是以墨汁特有的粘性流体性质，表现它在水中运动扩散时所展示出的艺术性。

According to the traditional Chinese ink , it changed the way to draw pictures on painting paper . Instead , because of the viscosity of ink , it shows the artistry of ink diffusing in water .

通过对桨叶在水中运动的特点及划桨技术、桨力曲线对船产生的影响等问题的分析，从而得出最佳桨力曲线以及正确的身体位移。

Best rowing curve has been established and correct body displacement has been found out after the analysis of the characteristics of the movement of paddle in the water and the influence of rowing on the canoe .

以水中运动目标为例，给出了水声环境下，合成信号、环境噪声、海洋声学的数学模型和合成环境系统仿真实验。

Based on the example of moving underwater target , the model of synthetic signal , environment noise and ocean acoustics are shown . The synthetic system simulation tests are presented in the underwater sound environment , respectively .

水中健身运动的价值及开展可行性研究

Research on the Value and Develop Feasibility of Aquatic Body Mechanics

水中气泡运动图像测量方法研究

Study on Image Measurement Method for Bubble Motion in Water Flow

水中磁性运动目标信号的模型化检测

A Modeling Algorithm for Detection of Moving On-water Magnetic Objects

两跨传热管在水中横向运动时的支承阻尼

Support damping of two-span heat exchanger tube due to lateral motion in water

精子入海水中不运动。

The sperms are non motile in seawater .

对于水中高速运动目标跟踪系统来讲，实时处理乃是必须的。

To a high-speed underwater target tracking system , it is necessary to real-time processing .

水中弹丸运动状态分析及试验研究

The Analysis of Underwater Projector 's Motion

本实验室设计的液压转台主要用于模拟舰船在水中的运动姿态。

Our laboratorys hydraulic turntable is mainly used to simulate the movement posture of vessel .

通过在水中的运动，它能够控制自如。

And then by moving through the water it 's able to take that control .