延迟时间

Then, time-dependent models of the MOCVD reactor can help identify the visual transient behavior inside the reactor and analyze the phenomena of delay time, relaxation oscillation and pulsative oscillation.

在此基础上，计算并可视化了质量输运过程的瞬态行为，分析了延迟时间、驰豫振荡、自脉动振荡等瞬态现象产生的原因，为高品质外延生长工艺的设计提供了有效的解决方案。

Then, time-dependent models of the MOCVD reactor can help identify the visual transient behavior inside the reactor and analyze the phenomena of delay time, relaxation oscillation and pulsative oscillation.

在此基础上，通过微扰反应器的进气量，计算并图形化了质量输运过程的瞬态行为，分析了延迟时间、驰豫振荡、自脉动振荡等瞬态现象产生的原因，为高品质外延生长工艺的设计与实施，提供了有益的解决途径。

The simulation results show that our approach can minimize the reassociation delay to accomplish fast handoff and achieve the requirement of real-time multimedia applications.

最后，由模拟结果更佐证了我们所提出的方法，在不同的移动模式下能够减少换手程序的延迟时间进而达到快速换手的目标。

The new concept of slaking factor combined by the thickness,temperature, flow rate of green liquor; and the slaker temperature,and number of CaO is presanted, and the closed control is realized with slaking factor as main parameter.

提出了将绿液的浓度、温度、流量以及消化器温度和理论上所需氧化钙量5个参数综合成为一个参数——消化因子的新概念，并以消化因子为被控量进行闭环控制；建立了过量灰与消化因子等参数关系的推断数学模型；克服了120min大纯延迟时间的影响；实现了过量灰最佳值控制和苛化过程参数优化。

Simulation result shows that choosing proper delayed time and gain coefficient the unstable periodic orbits of the system can be ballasted and the chaos can be eliminated, and the system can be changed from unstable to stable.

数字仿真结果表明，选择适当的延迟时间和反馈系数能够镇定系统的不稳定周期轨道、消除混沌，并能使系统从失稳状态进入稳定状态。

Simulation result shows that choosing proper delayed time and gain coefficient the unstable periodic orbits of the system can be ballasted and the chaos can be eliminated, and the system can be changed from unstable to stable.

数字仿真结果表明，选择适当的延迟时间和反馈系数能够镇静系统的不稳定周期轨道、消除混沌，并能使系统从失稳状态进入稳定状态。

Numerical simulation results showed that the unstable periodic orbits of the system could be ballasted,the chaos could be eliminated via choosing proper delayed time and gain coefficient,and the system could be changed from unstable to s.

数值仿真结果表明，选择适当的延迟时间和反馈系数能够控制系统的不稳定周期轨道、消除混沌，并能使系统从失稳状态进入稳定状态。

LTE is all-IP network architecture and provides high bit rate and lower latencies and wider coverage of services.

LTE 是全IP 式的网路架构并且提供高传输速率、低延迟时间以及高涵盖范围的服务。

Experiments show that the method shortens the navigation latency and improves the system intelligence and safety.

实验结果表明，这种方法缩短了系统导航延迟时间，提高了系统的智能性和安全性。

With an optional foot switch (FS01) you can set tempos for delay time and modulation rate.

与择足开关(fs01)定了得你可以调制延迟时间和速度。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。