Objective : To explore the clinical significance and variational type of electroencephalogram in infantile spasm.

Objectives : To explore clinical characteristic of febrile convulsion ( FC ) and the meaning of electroencephalogram changes.

目的: 探讨小儿热性惊厥 ( FC ) 的临床特点和脑电图变化的意义.

I also want to do an electrocardiogram, and an electroencephalogram.

我还要做心电图 、 脑电图.

The brain, too, sends out brain waves of electricity, which can be recorded in an electroencephalogram.

大脑也发出脑电波, 这可在脑电图上记录下来.

Correlation and agreement between bispectral index and state entropy of the electroencephalogram during propofol naesthesia.

异丙酚麻醉期间,脑电的双频指数和状态商指数之间的相关性和一致性.

EEG ( electroencephalogram ) power spectra is an important tool studying the functions of brain.

脑电图 信号的功率谱分布是研究脑功能的一种重要手段.

It is an effective way register electroencephalograph ( EEG ) to magnetic resonance image ( MRI ) in functional brain imaging.

脑功能成像研究中,脑电信号与 磁共振 图像融合分析是一种重要的研究方法.

For instance, electrocardiograph can detect heart's condition. Electroencephalograph can detect brain's condition.

例如, 心电图仪可查抄人的心脏状态, 脑电图仪可查抄人的前脑状态.

Objective To describe characteristic of sleep electroencephalograph ( EEG ) in depressions with psychogenic anxiety.

目的探索精神焦虑性抑郁症的睡眠脑电图特征.

Some electroluminescence ( EL ) work about Ir ( ppy ) 3 make us obtain some important data for OLED.

并且对其中的一种配合物Ir ( ppy ) 3做了电致发光的探索,得到了一些重要的基本数据.

The prepartion and relative determinations of new electroluminescence polymer PPV are reported in this paper.

报道了新型电致发光材料聚对苯乙炔的制备过程和有关测试结果.

Aluminum tris-( 8-hydroxyquinoline ) ( Alq _ 3 ) is one of fundamental materials for organic electroluminescence ( EL ) devices.

三 ( 8- 羟基 喹啉 ) 铝 ( Alq3 ) 是有机电致发光器件的 基础材料.

We also prepared some photoelectric devices and explore the mechanisms of photovoltaic conversion and electroluminescence.

制备了光电器件,探讨了其光电转换、电致发光等方面的机理.

The present invention provides an electroluminescence device.

本发明提供了一种有机电致发光器件.

Light-emitting mechanism, apparatus structures of organic electroluminescence devices and colour-display Methods: Were briefly introduced.

简要论述有机电致 发光设备 的发光机理 、 器件结构及彩色显示方法.

The mechanism of the Photoluminescence and Electroluminescence has been discussed in briefly.

简要分析了其光致发光和电致发光的机理.

In recent years , organic electroluminescence has attracted intense interest for display applications.

综述了液晶材料在有机电致发光领域中应用的研究进展.

In conducting polymer's electroluminescence, 75 % percent of injected carriers form triplet excitons, which can not irradiate.

在导电高聚物的有机发光中, 75%的注入载流子形成三重态激子, 但是三重态激子是不能自动发光的.

Electroluminescence ( EL ) from Si-based organic microcavity has firstly been reported in the literature.

报道了硅基有机微腔的电致发光 ( EL ).

Under these conditions, the plasma becomes the center of luminous phenomenon ( electroluminescence ).

在这种条件下, 等离子体变成了辉光放电现象 ( 即场致发光现象 ) 的中心.

White organic electroluminescence is one approach to achieve full-color flat panel display.

白色有机发光器件是实现彩色平板显示的重要方案之一.