1)  large time-delay
大滞延
2)  long time delay
大滞后
1.
The system solved long time delay and lots of disturbance problems existing in sinter process.
系统解决了控制对象存在的大滞后和多干扰问题,实现烧结混合料水分含量的全自动控制,为烧结配水提供先进的控制方法和成功的实践经验。
2.
Aiming at the bad control effect of general PID used in the unstable systems with long time delay,it can t level off the systems sometime,and the complexity of confirming the parameters,the paper combines the IMC and the ITAE,uses the structure of double loop.
针对常规PID对不稳定大滞后系统的控制效果不佳,有时甚至不能使系统稳定,且参数整定复杂等方面的不足,将内模控制与ITAE控制相结合,采用了双环控制结构,内环由状态反馈基于ITAE原理镇定系统,外环基于IMC原理设计控制器。
3)  large time delay
大滞后
1.
Fuzzy immune PID control for processes with large time delay;
大滞后过程的模糊免疫自整定PID控制
2.
Neural networks based smith pre-estimated control for time-varying system with large time delay;
基于神经网络的时变大滞后系统的Smith预估控制
3.
Comparison of processes with large time delays;
大滞后特性处理的研究和比较
4)  long time-delay
大滞后
1.
Algorithm in the programming controller of long time-delay systems;
大滞后对象的程序控制器算法
5)  large time-delay
大滞后
1.
Application of Smith Predictor Control for a Temperature System with Large Time-delay;
Smith预估控制在大滞后加热系统中的应用
2.
The large time-delay systems widely exist in industry process.
在工业过程中,大滞后系统普遍存在。
3.
It uses SCM as the primary computer, and through the series control it realizes to control those objects having the nature of large time-delay in the sense of software designs,it uses the thought of modularization and adopts C language for the application program of SCM.
该控制器以单片机为主控机,运用串级控制实现对大滞后、大时延对象的控制。
6)  Large lag
大滞后
1.
In this paper, taking the resistance heated furnace as an example we make qualitative analysis and quanlitative test for furnace temperature characteristics, such as large lag, nonlinearity, time variation and gain unsymmetry.
本文以电加热炉为例，对炉温的大滞后、非线性、时变性和不对称性等特性进行了一些定性的分析和定量的测试，说明引起这些特性的原因是传热问题的复杂性，其特点在燃液和燃气加热炉中同样存在。
2.
To solve these problems, we discuss the application of PLC, the intelligent control of objects with large lag and press control, and want to develop some new conclusions in practice and theory.
本文的研究对象是许昌烟厂软水处理控制系统，在为这一系统进行软硬件设计的过程中，发现和总结了一些实际问题，并通过解决这些问题，就PLC的应用、大滞后对象的智能控制、压力对象控制等展开讨论，力争在理论分析和实际应用上有所创新。
参考词条
补充资料：腻滞滞
1.形容不爽快。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。