1) High Dynamic Response
高动态响应
1.
Implementation of High Dynamic Response Vector VVVF System;
高动态响应矢量变频调速系统实现
2) dynamic response
动态响应
1.
Research on dynamic response of high-distance extractor for reheating furnace for medium plate;
中厚板加热炉高位板坯托出机动态响应研究
2.
Inherent characteristics and dynamic response analysisof high-speed cutting-tool system;
高速切削刀具系统固有特性和动态响应分析
3.
Mathematical model of zinc vapour dynamic response in lead column based on fluctuant charge of condenser;
冷凝器负荷波动下铅塔内锌蒸气动态响应数学模型
3) dynamical response
动态响应
1.
The dynamical response of a ship structure subjected tounderwater explosion shock waves;
水中爆炸冲击波载荷作用下舰船结构动态响应的数值模拟
2.
The simulation shows that the dynamical response of the thermocouple has been improved effectively.
为满足快速测温的要求,采用极点配置法设计了一种动态补偿数字滤波器,仿真结果表明,有效地提高了热电偶的动态响应过程。
3.
For precisly obtaining the above mentioned relationship and considering its accuracy and dynamical response,two typical signal processing methods are discussed.
基于低频矩形波励磁方式下电磁流量计的运行原理，探讨了在励磁周期下获得准确流量值信号的基本关系，并就实现此信号基本关系的方法和对应的信号精度与动态响应问题，对现行方法进行了讨论。
4) transient response
动态响应
1.
In this paper analysis of transient response is presented in the isolated power supply products first,then a method to improve transient response in power supply modules is put forward.
本文分析了隔离变换器模块电源中的动态响应影响因素,提出了一种提高动态响应的方法,即在光耦的附近加入零点,并推导其小信号模型,本文以实验验证了该方法的可行性。
2.
Aiming at the DC/DC converter′s high-quality transient response to modern industry,several new control strategies for improving the transient response of DC/DC converters are summarized and generalized based on the existing control and modeling methods.
针对现代工业对DC/DC变换器响应性能所提出的要求,在现有控制和建模方法的基础之上,对改善DC/DC变换器的动态响应性能的几种控制策略进行了归纳和总结。
3.
The sensing devices with the transien tsimulating device were used to study the transient response of transplanter for paddy field hardpan roughness.
研制成功了用于沟底不平度动态模拟试验装置振台位移信号检测与反馈的电感式传感器，和用于检测插秧机扶手和机头振动对水田沟底不平度动态响应的线位移传感器。
5) dynamic responses
动态响应
1.
Finite element analysis of dynamic responses of simply beam under the impact of moving load;
移动荷载作用下简支梁动态响应的有限元分析
2.
Objective To study the characteristics of human body dynamic responses to landing impact.
目的探讨飞船返回着陆时不同强度和不同姿态冲击下人体动态响应的规律。
3.
In order to study the characteristics of human body dynamic responses to impact acceleration during manned spacecraft landing, 5 healthy young men were exposed to 4～10 g for 50～80ms halfsine acceleration pulse in 20° supine angle and 10 g for 50ms halfsine acceleration pulse in 30°～60° supine angle.
为了探讨飞船返回着陆时不同强度不同姿态冲击下人体动态响应特性，５名健康男青年，以仰卧２０°承受４～１０ｇ，５０～８０ｍｓ；仰卧３０°～６０°，１０ｇ，５０ｍｓ，半正弦脉冲的着陆冲击。
6) dynamic respond
动态响应
1.
The dynamic respond and dynamic performance of the transducer is also analyzed.
通过对饱和土中孔隙水压力传感器的分析,建立了传感器滤水系统动态特性的数学模型,分析了传感器动态响应及动态特性,介绍了由此设计的有效应力传感器及其实际应用情况。
2.
Direct integral method is adopted to make dynamic respond analysis, and the image and direct results of displacement are given through programming and the after-treatment function of the finite element software.
用有限元法对小车变幅式塔机结构动态特性进行了理论分析、计算；同时，对塔机动臂起吊货物时，小车变幅机构制动工况进行了计算；并用直接积分法作出了动态响应分析，通过编程和利用有限元软件后处理功能给出了形象、直观的位移结果。
3.
By analyzing dynamic respond characters,the sensor is designed that it can be applied availably to measurement of effective stress under dynamic load.
饱和土有效应力传感器是岩土介质力学测试中所急需的一种传感器,通过对饱和土中孔隙水压力传感器的分析,建立了传感器滤水结构动态特性的数学模型,通过对该模型动态响应特性的分析,设计的传感器能有效应用于动态荷载作用下饱和土有效应力的测试,试验和实际应用效果良好。
补充资料：高起始响应
高起始响应
high initial response
方式，或附加电力系统德定器，可以提高电力系统哲态稳定性，因此是大型机组常采用的一项重要技术措施。gooq一shrx旧ngy旧g离起始响应(high initial response)在荃行励磁条件下，励磁电压达到顶值与额定电压差值白95%时所需的时间等于或小于0.15的性能。对具年这种性能的励磁系统定义为高起始响应励磁系统.滩起始响应是采用可控整流直接供励磁电流的励磁系匀的固有特性，其时间常数小于或等于。.0335。对于甘间常数大于。.0335的交流励磁机系统，需提高电压强励倍数，使励磁电压按高值以。增长，如图所示.当励磁机强励电压达到顶值Ufc时，即将其限制在U*，使反应时间满足商起始响应的要求。 高起始响应励磁系统配合恰当的控制┌──────────┐│/ │├─┬────────┤│厂│州 ││ │ } ││ │(打rr一刀fl’} │└─┴────────┘实际高起始响应励磁系统励磁电压的变化
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条