通过使用动态元件匹配技术使得整个模数转换器的静态和动态性能被提高。
The static and dynamic performances of the whole ADC can be improved by using dynamic element matching technique.
磁粉离合器是一种新型自动控制元件，它具有良好的静态和动态等特性。
The magnetic powder clutch, with its good static and dynamic mechanical characteristics, is a new type of automatic control element.
本文利用通用化有限元分析软件ANSYS作为分析工具，对真空吸夹具的密封关键部位及密封元件进行了有限元静态分析和优化设计。
The static analysis and structural optimization of the key seal parts and components of vacuum clamp are researched in this thesis using finite element analysis software ANSYS.
根据系统的特点，通过静态设计，选取元件参数，然后通过动态建模分析以及几种控制策略的仿真研究。
According to the feature of this system, through static design and selecting component's parameter, then carrying out dynamic model's establishment and simulation of several kinds control strategies.
对静态混合元件强化换热器的特点、性能进行了分析。
Analysis is made on the characteristics and performance of the heat exchanger with static mixing elements.
模拟结果表明，大角度静态接收的聚光元件是可以实现的。
The results show that the static, wideacceptangle condenser can be realized.
介绍静态混合元件的两种形式及该元件在换热器设计中的应用。
The author introduces two types of static mixed element and their application in heat exchanger design.
本文采用最小二乘法回归分析，将湿敏元件的测试数据回归成多项式，获得元件的静态数学模型。
A static mathematical model of humidity sensing element is obtained using least square regression analysis, through regression of measured data into polynomial expression.
结果表明，由于静态混合元件的使用明显降低了炉管表面温度，所以其服役寿命满足要求。
The investigation result shows that the surface temperature of tubes is remarkably reduced due to the static mixed units so that their service life meets the requirement.
对液压部分进行了主要元件如主泵、阀和液压缸的主要参数进行了匹配计算，并对系统的一些主要静态指标进行了计算。
Specification matching calculations are made for the main hydraulic components such as the main pump, valves and oil cylinder and some main static specifications in the system are also calculated.
通过静态设计、系统元件的选型，静态特性的分析和控制方案的选择，为开环控制打下基础。
In static design, we choose important system elements and determine system control scheme, which provide good basis for the open-loop control and closed-loop control.
光学元件是在地面重力环境中进行的加工、检测和装调，而在轨工作环境则是微重力环境，这要求光学元件具有高的静态刚度。
Optical elements are processed, tested and aligned undergravity load case, they works under the microgravity environment, the supportstructure must have large static stiffness.
光学元件是在地面重力环境中进行的加工、检测和装调，而在轨工作环境则是微重力环境，这要求光学元件具有高的静态刚度。
Optical elements are processed, tested and aligned undergravity load case, they works under the microgravity environment, the supportstructure must have large static stiffness.
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