SWS

The sleep stages of SWS , and REM sleep effect ( SE ) increased significantly .

慢波睡眠（Ⅲ＋Ⅳ）期，快动眼期（REM）睡眠及睡眠效率增加。

Regulation of SWS by Hormones and Cytokines

慢波睡眠的激素与细胞因子调节

This article summarizes the development of the Semantic Web Service ( SWS ) .

本文对语义Web服务的研究现状进行了综述。

The efficiency can be improved by using the nonuniform SWS .

如果采用非均匀慢波结构，可以大大提高器件的束波转换效率。

Modeling and Realization of SWS HR Management System

外高桥造船厂人力资源管理系统的建模和实现

SWS is the most important component of sleep .

慢波睡眠（SWS）是最重要的睡眠成分。

The cold cavity characteristic of the SWS has been theoretically studied in detail .

在理论上详细研究了该慢波系统的特性。

So we combine semantic web with web services to form semantic web services ( SWS ) .

因此，我们将语义Web和Web服务二者结合形成了语义Web服务。

Coaxial slow wave structure ( SWS ) is the most important part in MILO .

同轴慢波结构是磁绝缘线振荡器的核心部分。

The effect of the thermal resistance at two interfaces on heat dissipation capability of the SWS is analyzed .

分析了两个接触处的界面热阻率对慢波结构散热性能的不同影响。

According to training requirements of AWS , SWS strengthen training for whole week ( details below ) .

根据AWS的培训要求，SWS安排了为期一周的强化培训（详见下文）。

This SWS up in trade structures .

这一点在贸易结构上得到了体现。

The Analysis of ISO SWS Spectra and the Studies of Molecular and Dust Features for 29 SiC Carbon Stars

29颗SiC碳星的ISOSWS光谱分析及其分子、尘埃特征研究

Design of the relativistic backward wave oscillator with corrugated-inner-conductor coaxial SWS

低频段紧凑型波纹内导体同轴相对论返波振荡器的设计

The effects of the structure parameters and the beam voltage on the BWO are studied by using the uniform SWS model .

以均匀慢波结构的返波振荡器为模型研究了慢波结构的几何参数和二极管电压对其工作特性的影响，并进行了参数优化。

Conclusion : 5-HT promotes SWS in the hippocampus .

结论：海马中5-HT具有促睡眠效应。

The results showed that SWS can improve ability of learning and memory acquisition , consolidate and retrieval in model mices .

结果提示SWS对小鼠的学习和记忆获得障碍、记忆巩固不良及记忆再现缺失均有明显的改善作用。

The grating is a classic example of a SWS , which has been used in a large number of microwave devices .

栅是一种经典的慢波结构，被广泛应用在大量的微波电子器件中。

Periodic structure ( PS ) has been used in many applications such as slow wave structure ( SWS ) and frequency selective surface .

周期电磁结构有着广泛的应用，常被用作频率选择表面或者高功率微波器件中的慢波结构等。

SWS deficiency may be a trait marker , while in some patients REM sleep abnormality may be a state marker .

睡眠阶段3、4缺陷可能是一个素质标记，而部分患者REM睡眠指标异常可能是一个状态标记。

The influence of average radius , period , amplitude of the SWS on the field distribution properties of the eigenmodes is investigated ;

研究了周期慢波系统平均半径、波纹周期、波纹幅度等结构参数对本征模式色散特性的影响；

In order to improve operating frequency , increase efficiency and power , a new type of SWS , Metallic-Pole-Planar SWS , is studied .

为了提高真空电子学辐射源工作的频率、效率和功率，本文对新型金属柱光子晶体慢波结构的性能进行了研究。

Atropine enhanced SWS and TST , but decreased wakefulness .

阿托品引起觉醒减少，SWS和TST增多。

The widespread synchronization of these neurons in cortex level will generate SWS electroencephalograms ( EEGs ) .

这些神经元电活动在皮层水平广泛同步化，产生慢波睡眠脑电。

Results acetylcholine enhanced wakefulness ( W ), but decreased slow wave sleep ( SWS ) and total sleep time ( TST );

结果：乙酰胆碱引起觉醒增多，慢波睡眠（SWS）和总睡眠时间（TST）减少；

This system-based modeling of human resources management system based on the use of commercial software platform BOS , using J2EE technology SWS management requirements consistent with HR management system .

本系统在基础人力资源管理系统模型建模的基础上，使用商用的软件平台技术BOS，采用J2EE技术实现了符合SWS管理要求的HR管理系统。

And to improve the efficiency of service discovery in the composition , Semantic Web is introduced into WS , calling Semantic Web Service ( SWS ) .

在组合过程为提高服务发现的效率，语义Web被引入Web服务（称为语义Web服务）。

For the purpose of evaluating the effectiveness of space warfare system , the paper studies the concept , composing and character of space warfare system ( SWS ) .

为对空间作战系统进行效能评估，研究了空间作战系统的概念、系统组成、系统特点；

On the basis of discussing the model method and model principle applied in complexity and large scale system ( CLSS ), the model principle for effectiveness evaluation of SWS is given .

讨论了复杂大系统的建模方法，并基于复杂大系统的建模原理，给出了空间作战系统效能评估的建模原则；

But phosphorus element can not only increase the activities of POD and ACO of SWS , but also keep activities of CAT of SWS at low level .

磷营养则既能提高叶片POD、ACO活性，又使其CAT活性维持在较低水平上。