查询词典 compensated pendulum

Based on the principle of compound pendulum ,the measurement method and corresponding equipment for the centroidal deviation and the rotary inertia of rocket projectile were described.

基于复摆原理，阐述了箭弹的质偏和转动惯量的测量方法及装置，推导出了质偏和转动惯量的计算公式。

This articie applies advanced integrated Hall switch sensor to measuring vibration periods of compound pendulum.

集成开关型霍耳传感器是一种基于霍耳效应的磁敏开关。

000 08 N·s. This paper provides convenient and feasible methods for system design, experimental measurement and data processing in impulse measurement with compound pendulum.

复摆法涉及固定转轴的构建、转动惯量的确定和最大摆角的测量3个关键问题。

The system parameters of the compound pendulum are calibrated in slow loading condition; and the maximal angle is measured in impact loading condition.

本文分析了编码器的基本特征，建立了一套以编码器为核心的复摆冲量测量系统，给出了编码器在冲量缓慢加载阶段复摆系统参数标定及冲击加载阶段最大摆角测量的应用结果。

This article proposes a mathematical model for optimizing the mechanismic paramcters of the present compound pendulum jaw crusher to counter its structural nonuniformity and problems of energy and material wastes.

本文针对目前复摆颚式破碎机的机构参数、结构形式不统一，造成产品机型混乱和材料、能源浪费的问题，提出了复摆颚式破碎机的机构参数优化的数学模型。

By experiments, it is proved that the parabola method is faster and more precise than the golden section method and the Fibonacci method in searching for extremum of compound pendulum. Furthermore, the method can offer some references for the study of other extremum in physics.

文章通过实验采集数据并加以分析，证明了抛物线法搜寻复摆极值点比黄金分割法和Fibonacci法有更好的搜寻效果，并且该方法对于搜寻物理学中其它极值点问题具有参考价值。

The crank and rocker mechanism is very important t o the compound pendulum jaw crusher.

在对复摆颚式破碎机曲柄摇杆机构进行运动分析的基础上，以排料口处动颚特性值最小为优化目标，建立其优化设计数学模型。

There are many type of jaw crusher used in our country, Compound pendulum jaw crusher structure is simple, easy to manufacture, reliable, convenient use of maintenance , so jaw crusher is used very common.

国内使用的颚式破碎机类型很多，复摆颚式破碎基结构简单，制造容易、工作可靠、使用维修方便，所以常见的还是传统的复摆颚式破碎机。

The compound pendulum of alterable centroid has extremum of period which can be searched for by the golden section method and the Fibonacci method under laboratory condition.

钟摆式复摆的质心可以变化，因此具有极小周期点位置，在实验室条件下，这个极值点可以采用黄金分割法和Fibonacci法来搜索。

In this article, we will use this novel finite particle method to analyse several important and interesting dynamics problems in neat/insighting style, including the maximum and minimum period problem of the compound pendulum oscillation, plane impact problem and the spin and precession direction problems of the oblate and prolate satellites.

本文将透过先进的有限质点法，以极简的风格来分析几种重要而有趣的动力问题，包括复摆的最大及最小周期、刚体的角碰撞问题、薄碟型人造卫星公自转反向问题以及细长型人造卫星公自转同向问题。

It's not quite as simple as that.

并没有那么容易。

It debuted in 1992 in Japan and the United Kingdom, and 1993 in the United States.

它首次亮相于1992年在日本和英国，在美国1993年。