水平隔振,horizontal vibration isolation
1)horizontal vibration isolation水平隔振
1.A new style of ultra-low frequencyhorizontal vibration isolation system that adopt the flexible compression column as the horizontal spring was developed in this paper.研制一种新型超低频水平隔振系统,该系统采用细长压杆作为水平隔振弹簧。
2)isolation platform隔振平台
1.Active control and simulation ofisolation platform with high accuracy;主动控制的高精度隔振平台的仿真
2.Numerical analysis of coupled vibration of large-scale turbo-generator foundation with second layerisolation platform;大型框架式汽机基础二层隔振平台耦合振动数值分析
3.The main purpose of the research is to improve the vibration controlling precision of vibrationisolation platform by means of Giant Magnetostrictive Actuator as the active vibration control element.本论文对超磁致伸缩驱动器(GMA)在主动隔振系统中的应用进行了系统的理论分析和实验研究，旨在采用超磁致伸缩驱动器作为主动隔振系统中的执行机构抑制隔振平台的振动，以提高隔振平台的隔振精度。
英文短句/例句
1.Hexapod Intelligent Active Vibration Isolation Platform System;Hexapod型智能主动隔振平台系统的研究
2.The Automatic Monitoring System for Air Spring Vibration Isolation Platform of Laser Interferometric Comparator with 2-meter Measurement Range2m激光比长仪空气弹簧隔振平台自动监控系统
3.Design and Performance Test of Large-Stroke Vibration Isolation for a Hexapod Platform Actuator大行程Hexapod隔振平台作动器研制与性能实验
4.Neural network adaptive control of a Stewart mechanism-based active vibration isolation platformStewart主动隔振平台的神经网络自适应控制
5.Nonlinear L_2 Robust Control of an Active Vibration Isolation Platform Based on Stewart Parallel MechanismStewart并联机构主动隔振平台的非线性L_2鲁棒控制
6.Influence of Parameter Perturbation of Micro-Vibration Isolation Platform on Modal Parameters微动隔振平台参数摄动对模态参数的影响
7.The Correlation Research of the Large Scale Ultra Low Frequency Air Spring Vibration Isolation Platform Electromagnetic Damping System;大型超低频空气弹簧隔振平台电磁阻尼系统相关研究
8.Research on Design Theory and Application of Multidimensional Vibration Isolation Platform Based on Parallel Mechanisms基于并联机构的多维隔振平台设计理论与应用研究
9.Robust controller design of microvibration isolation platform based on Riccati inequality基于Riccati不等式的微动隔振平台鲁棒性能控制器设计
10.Dynamic Modeling and Analysis of Double-layer Hybrid Vibration Isolation Pplatform with Structure Coupled考虑结构耦合的双层混合隔振平台动力学建模与分析
11.Active and passive control research on attenuation and isolation vibration of sonar platform声纳安装平台减隔振主被动控制研究
12.Research on the Application of Air Springs for the Vibration Isolation System of an Optics Platform;空气弹簧在光学平台隔振系统中的应用研究
13.Horizontal shaking table tests for structure with viscoelastic multi-dimensional earthquake isolation and mitigation devices黏弹性多维隔减震结构水平向振动台试验研究
14.Vibration Isolation Performance Analysis of Buffer Platform Based on Wavelet Transform基于小波变换的缓冲平台隔振性能分析
15.Vibration isolation of the flexibly supported Stewart platform using adaptive interactive PID control柔性支撑Stewart平台自适应交互PID隔振控制
16.Study on Vibration Control Techniques for Platform Mounted Sonar in Flank Array;舷侧阵声纳安装平台隔振系统振动控制技术研究
17.The Study on Complex Mode Analysis and Technique of Damping Layer to Reduce Vibration for Offshore Platform under Random Loads;海洋平台结构随机响应复模态法及阻尼隔振减振技术研究
18.Study on Active Vibration-Reduction System of Simulated Vibration-Isolation Testing Table for Stepping and Scanning Lithography;步进扫描光刻机模拟隔振试验平台主动减振系统研究
相关短句/例句
isolation platform隔振平台
1.Active control and simulation ofisolation platform with high accuracy;主动控制的高精度隔振平台的仿真
2.Numerical analysis of coupled vibration of large-scale turbo-generator foundation with second layerisolation platform;大型框架式汽机基础二层隔振平台耦合振动数值分析
3.The main purpose of the research is to improve the vibration controlling precision of vibrationisolation platform by means of Giant Magnetostrictive Actuator as the active vibration control element.本论文对超磁致伸缩驱动器(GMA)在主动隔振系统中的应用进行了系统的理论分析和实验研究，旨在采用超磁致伸缩驱动器作为主动隔振系统中的执行机构抑制隔振平台的振动，以提高隔振平台的隔振精度。
3)vibration isolation platform隔振平台
1.Study of attitude fuzzy control for air springvibration isolation platform;空气弹簧隔振平台姿态模糊控制研究
2.Replacing the payload attaching fitting with a multi-axisvibration isolation platform becomes an effective measure to improve the dynamics environment that a spacecraft experiences during its journey to the orbit.多自由度隔振平台可以有效地隔离运载器传递到卫星的振动载荷。
4)pump isolation水泵隔振
5)micro-vibration isolation plate微隔振平台
1.Design of the piezoceramic active member formicro-vibration isolation plate;微隔振平台的压电致动器设计
2.Choose a new type of intelligent material-piezoelectric with the functions of sensation and actuation and designed an actuator for the self-adaptive control ofmicro-vibration isolation plate.为实现微隔振平台的自适应控制,选择具有驱动和传感功能的压电陶瓷设计了一种驱动器。
6)horizontal seismic isolation水平隔震
延伸阅读
隔振隔振vibrationisolation采用适当的弹性兼阻尼装置以隔离机械振动的措施。根据激振源的不同，隔振可分为两类：①对于本身是振源的结构物，为减少其振动对周围人和物的影响，用隔振器材（如天然或人造橡胶制品、软木、毛毡制品、泡沫塑料、金属弹簧制品、不锈钢丝网制品、各种高分子化合物的粘弹性材料制品等）把振源与支承隔离开，以减小传给支承的不平衡惯性力，称为积极隔振，又称主动隔振。水泵、发动机、锻锤机械等的隔振就属此类。积极隔振系数ηz表示积极隔振效果，它等于隔振后传到支承上的力与未隔振时传到支承上的力之比。②对于振源来自支承的情况，为减少支承传给结构物的振动，把结构物安装在一个隔振台上，使它与支承隔离，这种措施称为消极隔振，又称被动隔振。精密仪器、车厢和舰艇上导弹发射架的隔振等均属此类。消极隔振系数ηb表示消极隔振效果，它等于隔振后结构物的振幅与支承运动的振幅之比。隔振系数小表示隔振效果好。两类隔振系数的计算公式相同。对于单自由度隔振系统，
