The research of structural noise control is an important aspect of noise and vibration control domains.
内燃机结构噪声控制的研究是振动与噪声控制领域的一个重要的研究方向。
The achievements of former researcher in noise and vibration control of engine are reviewed firstly, which make the key problems clearer.
论文首先对前人在发动机振动与噪声控制研究方面的成果作了概述，明确了本文研究工作的重点和需要解决的主要问题。
The knowing noise of the air compressor "s air dynamic is of low frequencies. The reliable data is provided for the noise and vibration control."
并知空压机的空气动力性噪声呈低频特性，这为噪声及振动控制提供了可靠的依据。
This paper analyzes the basic principle of the new damping technology in recent years, and gives the examples of its wide application for vibration and noise control engineering.
本文对近十几年来新兴的阻尼技术的基本原理进行了简要分析，并对其在噪声与振动控制工程中的广泛应用状况进行了介绍。
This offers an effective means for diesel engine vibration and noise control, condition monitoring, and cylinder pressure recognition.
为柴油机的振动噪声控制、状态监测，以及缸内气体压力的识别提供了一种有效的方法。
Vibration and noise control possess an very important value in scientific research in theoretical and practical engineering.
振动与噪声控制在科学研究中具有非常重要的理论意义和工程实际价值。
It is efficient to control the vibration and noise of the propulsion system since the thrust is transmitted by axial elastic deformation of WVIS-ME45 vibration isolator.
通过WVIS - ME45隔振器的轴向弹性变形来传递螺旋桨的推力，有效地控制了船舶推进系统的振动和噪声。
Swing control of sheet transfer with conjugate CAM reduces vibration noise and makes working environment silent.
共轭凸轮递纸结构摆动控制，减少了振动噪声，使工作环境轻静自然。
Reasonably designing tuned mass damper to reduce vibration and noise of the car's the specific components as far as possible has become an important research topic of the vibration control.
合理地设计调谐质量阻尼器，以尽可能的降低轿车具体部件的振动噪声，成为重要的振动控制研究课题。
In the designing and building of modern ships, more and more considerations have been given to the problems of vibration, shock and noise control.
在现代船舶的设计与建造中，振动、冲击与噪声控制的问题已越来越受到人们的高度重视。
Therefore, it's important to acquire and process vibration signals, differentiate and analyze the system, control the vibration and noise.
因此对振动信号的采集和处理、系统辩识、振动和噪声控制等方面的研究变得尤为重要。
The motor has such advantages as high energy efficiency, low noise, low vibration, low temperature rising and stable speed, easily control etc.
该电机具有能力指标好、噪音低、振动小、温升低、转速平稳度高、控制方便等诸多优点。
In this paper, the low noise design method of the ship is put forward, and the design process about the vibration and noise evaluation and control is established.
为了研究控制船舶机械噪声，提出了船舶低噪声设计方法，建立了全船振动噪声评估及控制方法的设计流程。
Mechanical vibration and noise not only hurt system of human being but also threaten the precise of instrument, and damping technology is one of the most efficient methods to control them.
振动和噪声不仅危害人的听觉系统，还会加速机械结构的老化，影响设备及仪表的精度和使用寿命，阻尼减振技术是有效控制振动和噪声的方法。
To reduce and control the level of vibration and noise, vibration control technology has been researched and used widely.
为了有效抑制振动和噪声，振动控制技术被广泛研究和应用。
To control the vibration and noise in ship is always playing the important role in the theoretic and practical research of vibration isolation.
舰船的减振降噪在隔振理论和实践研究中始终占有举足轻重的地位。
Presents the design of air conditioning systems, noise reduction, vibration isolation and automatic control, Summaries the issues in design and construction.
介绍了该大楼的空调系统设计、消声减振、自动控制设计，对设计施工中的问题进行了总结。
Presents the design methods of air conditioning water system, air distribution of rendition hall, air exhaust system, noise reduction, vibration isolation and automatic control.
分析了该音乐厅空调负荷的特点及其计算过程，介绍了空调水系统、演奏大厅气流组织、排风系统、空调系统消声和减振、空调自控的设计方法。
To better forecast and control the structural vibration and noise of naval vessels and other kind of ships, the energy finite element method was introduced.
为了解决舰船结构的振动噪声预报及其控制问题，以能量密度为变量，获得了薄板结构受激励产生弯曲振动时的能量密度控制方程，并得到了控制方程的有限元解。
Have efficiency is high, operation is simple and convenient, life-span is long, combination damps the vibration, the smooth running, low noise, accurate temperature control.
具有效率高、操作简便、寿命长、分离效果好、特殊组合减震、运行平稳、噪音小、离心控温精度准确等特点。
They are especially suitable for conditions strict with vibration and noise control, such as underground pump station, air conditioning and refrigerating system etc.
特别适用对振动、噪音要求较高的场合，如地下泵房、空调制冷系统等。
They are especially suitable for conditions strict with vibration and noise control, such as underground pump station, air conditioning and refrigerating system etc.
特别适用对振动、噪音要求较高的场合，如地下泵房、空调制冷系统等。
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