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1)  long time delay link
大时滞环节
2)  time delay unit
时滞环节
1.
Fiber Optic Gyro(FOG) has been widely applied in stabilization loop of electro-optical tracking and pointing system,but the time delay unit caused by signal processing and transfer delay in FOG constraints the bandwidth of stabilization loop.
光纤陀螺已广泛应用于光电跟瞄设备的稳定回路,但其内部信号处理和传输延迟所造成的时滞环节却对稳定回路可实现的带宽设置了约束条件。
3)  pure delay
纯时滞环节
1.
A new way on dynamic optimizing with a series of lower order model and pure delay instead of higher order accurate model is presented after research on simplifying model and decreasing order of dynamic optimizing value extremum control plant It has obvious advantage in industrial control process with its good actual effec
对动态寻优极值调节控制对象的模型简化及降阶进行了研究 ,提出了用低阶模型与纯时滞环节的串联近似代替高阶精确模型的动态寻优方法。
4)  block ring regulation
滞环调节
5)  time delay
滞后环节
1.
The effect of the time delay to the result of the dynamic optimization for chemical process system with uncertainty parameters is considered in this paper.
对含不确定参数的化工系统的动态过程进行优化,若未考虑滞后环节对动态优化结果的影响,不能保证系统实际操作的优化及安全运行。
2.
The system optimization problems become more complexity when systems cherish with uncertain parameters and time delay together.
当含不确定参数的过程系统又带有滞后环节时,系统的优化问题就变得非常复杂。
6)  large scale time delay
大时滞
1.
In order to get stable control for complex systems,it is necessary to consider the control problems with nonlinear,large scale time delay,time varying and coupling.
为了实现对复杂系统的稳定控制,必须考虑诸如非线性、大时滞、时变和强耦合的控制问题。
2.
The effective control functions of model free control method is studied,such as adaptive function,convergence function,disturbance-resistant and decoupling function,overcoming large scale time delay function.
无模型控制方法具有一系列良好的控制功能,从控制律的适应能力、收敛性能、抗干扰性能、解耦性能及克服大时滞的性能等5个方面分析了无模型控制方法的控制功能。
3.
In this paper, the cascade form of model free control is analyzed, and it is shown that this control scheme is an effective method to solve control problem of large scale time delay system with disturbance.
将对无模型控制律的串级形式进行分析,指出这种形式是对具有干扰的大时滞系统控制的一种有效的方法,给出了在加热炉、氢氮比控制中成功应用的实例。
补充资料:大时
1.最有利的时机。 2.谓天时。
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