exciting force的例句大全

Theoretical Calculation and Experimental Verification of the Exciting Force in Gear Transmission

齿轮起振力的理论计算及实验研究

互联网摘选

research on improvement of the exciting force inside ice by adopting split-pin crankshaft technology

错拐技术对内燃机内部激励力的影响研究

互联网摘选

Vibration technology is a kind of technology that exciting force generated by exciters is imposed on subjects, making them produce vibration with certain form and size.

激振技术是通过激振器产生激振力作用在被激物上，使其产生一定形式和大小的振动。

互联网摘选

Results show that admission mode has great influence on steam exciting force.

结果表明:进汽方式对汽流激振力影响较大.

互联网摘选

Exciting Force Effect Research for Mechanism Space on Internal-combustion Engine

机构间隙对内燃机激振力影响的研究

互联网摘选

Calculation of the vibration exciting force and its response on a low-speed press when starting inching or punching

低速压机启动、寸动和冲裁工件时的扰力分析与振动计算

互联网摘选

Exciting Force Calculation of Complex Shape Eccentric Block in Rollers

压路机复杂形状偏心块的激振力计算

互联网摘选

Selection of Vibration Motor for Vibration Sifter and Adjustment to the Exciting Force

振动筛振动电机的选取与激振力的调整

互联网摘选

Correct selection of vibration sifter motor, influence of exciting force to sifting performance as well as method of adjusting exciting force is introduced. The significance of correct selection of exciting motor and reasonable adjustment of exciting force is put forward.

介绍了中振动筛振动电机的正确选型分析，激振力对筛分性能的影响及调整激振力的方法分析，提出了正确选取激振电机，合理的调整激振力的重要意义。

互联网摘选

There is reasonable that dynamic exciting force which is transferred from engine to support is regard as evaluation index on engine mount vibration isolation effect.

将发动机振动传递到支承的动态激振力作为发动机悬置隔振效果的评估指标是合理的。

互联网摘选

In this paper we use theoretical and simulation methods to do some research on the tail exciting force and vibration characteristics of supercavitation underwater vehicles in the tail-slaps process.

本文采用理论和仿真研究的手段对尾拍过程中，变深度航行时超空泡航行体的尾部激振力和结构振动特性进行了研究。

互联网摘选

calculation method of exciting force for marine steam turbine

一种船用汽轮机组激振力分析计算方法

互联网摘选

A Study on the Gas Exciting Vibration Force Caused by Tip Clearance

叶轮偏心引起的气流激振力的研究

互联网摘选

The mechanism of gas exciting for wheel eccentricity and calculation of Alford ′ s force were studied.

研究了叶轮偏心引起的气流激振的机理和Alford力的计算方法，利用B。

互联网摘选

But, with the bias magnetic field increasing and saturation, the magnetostrictive terms will make no contributions to the ultrasonic generation and the Lorentz force becomes the only exciting mechanism.

但是，随着偏置磁场的逐渐增强而使材料达到磁化饱和时，磁致伸缩逐渐消失，对产生超声不再有贡献作用，洛伦兹力变成是激发超声的惟一原因。

互联网摘选