1) screw down AGC
压下AGC
2) Hydraulic AGC
液压AGC
1.
Distributed Computer Control in Hydraulic AGC System of Tandem Cold Rolling Mill;
冷连轧机液压AGC系统中的分布式计算机控制
2.
Simulation and comparison of several hydraulic AGC systems;
几种液压AGC方式的图形化仿真比较
3.
The Research of Selection Method of Sample Period in Hydraulic AGC;
液压AGC系统采样周期的选取方法研究
3) pressure AGC
压力AGC
1.
Analysis on influence of model parameters on the performance of pressure AGC
模型参数对压力AGC品质影响分析
2.
The article describes the control concepts of feedback AGC, mass flow AGC, feed forward AGC and pressure AGC as well as the application in the automation system of a 900 mm four-stand cold tandem mill.
阐述反馈AGC、流量AGC、前馈AGC、压力AGC的控制原理,及在某企业900mm四机架冷连轧机自动化系统中的应用。
3.
The paper presented that gauge estimation precision and system dynamic characteristics are two rules to review on pressure AGC based on it, all kinds of AGC model were analyzd and compared.
提出了压力AGC的两个评介准则 :厚度控制精度和系统动态特性 ;指出对轧机弹跳方程和金属压力方程的精确描述是提高压力AGC模型精度的根本手段 ,并据此对各种压力AGC模型进行了分析和比较 ,证明了GaugemeterAGC和DynamicSetAGC是完全统一的。
4) HAGC
液压AGC
1.
COMPUTER-AIDED ANALYSIS ON DYNAMIC CHARACTERISTICS OF HAGC SYSTEM;
液压AGC系统动特性的计算机辅助分析
2.
, this paper presents the simulation of its HAGC system.
在模型参数的确定方面，利用现场实测过程数据，使用Yule-Walke辨识算法对液压AGC的部分参数进行离线辨识，提高了模型精度。
3.
The transfer function of the whole HAGC system was deduced.
本文简单介绍轧机的液压AGC系统,建立了轧机液压AGC系统的传递函数方程。
5) Hydraulic AGC
液压 AGC
6) AGC control voltage
AGC电压
1.
The weighting coefficient effects greatly on the diversity gain but the value of weighting coefficient depends on the left-handed and right-handed polarization AGC control voltage, so it is very important to analyse how the AGC voltage affectes diversity gain.
分集增益受加权系数的影响很大,而加权系数是以左右旋AGC控制信号电压为依据,因此左右旋AGC电压的变化对信号产生分集增益的影响的研究非常重要。
补充资料：冲击波超压与动压