1) Low speed creep behavior
低速爬行性能
2) low speed jerking motion
低速爬行
1.
The proposed scheme can overcome low speed jerking motion effectively, and can realize fast and high precision tracking control as can be shown by simulation examples.
本文方法可以有效地克服低速爬行现象 ,实现快速高精度跟踪 。
3) machine tool stick-slip motion
机床低速爬行
1.
Present research situation and analysis on machine tool stick-slip motion;
机床低速爬行研究现状及分析
4) Low-speed crawling phenomenon
低速爬行现象
5) grade-speed ability
爬坡-速度性能
6) low-speed performance
低速性能
1.
An improved method of low-speed performance is presented for traditional 6-sided polygon flux direct-torque control system for asynchronous motor to overcome the shortcoming,which has flux ripple and torque ripple at low speed.
针对传统的六边形磁链直接转矩控制方法在低速段存在磁链脉动大因而转矩脉动大的缺点,提出了一种改善低速性能的方法。
2.
First, high nonlinear friction torque decreases the low-speed performance index and tracking precision, but decrease of friction moment is limited to technological level and experiment funds.
首先液压仿真转台的驱动元件——液压马达所存在高度非线性的摩擦力矩严重影响了转台低速性能和跟踪精度的提高,而摩擦力矩的减小又受到液压马达加工工艺水平的限制。
3.
The negative effect from nonlinear friction and noise was analysed respectively and two methods were proposed to improve the low-speed performance.
本论文以对低速性能(速率精度、速率平稳性)有严格要求的高精度转台伺服系统为课题背景,针对系统中存在的非线性干扰力矩、噪声等因素,分析了这些因素的特性及其对系统的不利影响。
补充资料：低速炸药
分子式：
分子量：
CAS号：
性质：见炸药。
分子量：
CAS号：
性质：见炸药。
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