The type and dose of AEDs used of the concomitant therapy group is invariable.

No change in plasma concentration of AEDs was observed.

迷走神经刺激术后血浆抗癫痫药物浓度未见明显改变。

Now 70-80 percent seizure can be controlled by the rational and scientific use of antiepileptics ( AEDs ).

癫痫的治疗主要是用药物控制发作,合理科学地应用抗癫痫药物 ( Antiepileptics,AEDs ),70%～80%癫痫患者可以得到控制.

The adverse responses were from mild to moderate, but it related to the dosage of AEDs.

不良反应轻至中度, 但与合用AEDs的多少有关.

Bad reaction were from mild to moderate, but it related to the dosage of AEDS.

不良反应轻至中度，但与合作AEDS的多少有关。

Objective To study the effect of varied thyroid hormones on antiepilepsy drugs ( AEDs ).

目的探讨甲状腺素水平改变对抗癫痫药物 ( AEDs ) 治疗效果的影响.

To span ADSS on high voltage line can utilize existing resource.

在已有高压输电线路上架设光缆可以合理利用现有资源.

This paper describes the specification and the application of I 2 S bus basing on ADSP.

文章介绍了基于ADSP的 I2S总线的特点及其应用.

ADSI is Microsoft strategic set of directory access interfaces.

ADSI是微软的战略性目录访问接口.

OBJECTIVE : To explore the ways to consummate current domestic legal regulations on adverse drug reactions ( ADRs ).

目的: 探索完善我国现行药品不良反应相关法律规定的方法.

METHODS: 112 cases of ADRs reported in our hospital from 2003 ~2007 analyzed retrospectively.

方法: 对我院2003年~2007年收集的112例药品不良反应(ADR) 报告作回顾性分析.

To find out the essence of ADRs, and discuss the control and prevention against it.

探讨药品不良反应的本质及其控制防范方法和思路.

Conclusion: Rational use of Medicine infusion can reduce ADRS.

结论: 合理应用能够减少其不良反应的发生.

Results The antibiotics and traditional Chinese medicines resulted in most common ADRs.

结果引起ADR的 主要药物为抗感染药物和中药,最常见的ADR表现 为皮疹.

ADRC is concerned the advantage of independence on mathematical models, decoupling, adaptive and robust in rejecting.

ADRC具有不依赖于对象精确数学模型以及较好的抗干扰性 、 解耦性 、 鲁棒性,因此本文的部分内容围绕纯滞后对象的ADRC策略展开.

Numeric simulation results shows the availability of ADRC controlling the large time-delay system.

数值仿真结果显示了自抗扰控制器控制大时 滞 系统的有效性.

From theview those results, the ADRC in its anti-disturbance and robustness performanceexcels traditional PID controller.

结果表明, 自抗扰控制器在 抗 扰性和鲁棒性方面均优于传统的PID控制器.

Active Disturbance Rejection Control ( ADRC ) is designed for uncertain systems with input and state delays.

针对不确定时滞系统,将输入时滞系统等价于高阶输入无时滞系统,利用自抗扰控制技术 ( ADRC ),并在控制回路中串联一滤波器得到易于执行的控制量.

Auto-disturbance-rejection control ( ADRC ) technique is the latest achievement of nonlinear PID control technique.

自抗扰控制 ( ADRC ) 技术是非线性PID技术的新发展.

So active disturbance rejection controller ( ADRC ) was used to design the longitudinal carrier landing guidance system.

因此,采用自抗扰控制器 ( ADRC ) 设计了纵向着舰导引系统.

While ADRC remain unchanged , ADRC controller has better robustness compared with traditional PI controller.

由此可见与传统PI控制器相比, ADRC控制器具有更强的鲁棒性.