EUT

BEM Analysis of the Effects of EUT on the Basic Properties of TEM Cell

EUT对TEM传输室基本特性影响的边界元分析

Analysis of field distribution in TEM cell loaded with metallic EUT by BEM

TEM传输室置入金属EUT后场分布的边界元分析

Decision-making under Ambiguity in the Uncertain Market : Applying Expected Utility Theory ( EUT )

在不确定市场环境因素下的决策研究：预期效益理论的运用（英文）

EUT Influence on Characteristic Impedance in GTEM Cell

EUT对GTEM室特性阻抗的影响

The optimized quasi-static field distribution and impedance coupling with EUT were analyzed by boundary-element method ;

采用边界元法分析了准静态场分布的优化及与EUT（受试设备）的阻抗耦合；

The radiate emission of EUT cable is difficult to restrain in EMC test .

在电子设备的电磁兼容（EMC）测试中，被测设备（EUT）的互连电缆电磁辐射较难抑制。

Invented a method of EUT pointing calibration on the space orbit and solved the high precision pointing calibration problems ;

提出了真空紫外波段在轨指向的标定方法，解决了高精度指向标定问题；

Test & Measurement A shielding tundish is designed to connect the cables and isolate instruments outside and EUT inside .

设计了电缆连接屏蔽漏斗，隔离屏蔽室内外测试仪器和被测设备。

The theory and test configuration of the power absorbing clamp measurement method which was applied in the small size equipment under test ( EUT ) were introduced .

功率吸收钳是测量受试设备电源线上辐射骚扰功率的重要设备，在电子和电气设备的电磁兼容性检测领域有着广泛的用途。

However , Empirical studies dating from the early 1950s have revealed a variety of patterns in choice behavior that appear inconsistent with EUT .

但是，19世纪50年代以来，在经验研究过程中却发现大量实际选择行为与期望效用理论所规范的标准行为不一致。

The detection feature can be switched off when testing EUT 's with non-conductive surfaces , such as plastic housings .

当测试表面无导电材料的被测件如塑料外壳时，该检测功能可关闭掉。

The uncertainty of electromagnetic field immunity test is particularly analyzed in this paper when it uses the GTEM for that small equipment under test ( EUT ) .

详细地分析了利用吉赫兹横电磁波室进行小体积受试设备（EUT）电磁场抗扰度测试的不确定度。

It is repeatable and low-cost because the EUT ( equipment under testing ) can be irradiated in three polarization directions without overturning .

它的优越性在于：不必多次翻转受试设备，便可分别获得相对于受试设备（equipmentundertesting简称EUT）三个正交方向的试验电场。

High voltage is applied between the two parts across the insulation being tested , such as the primary circuit and metal enclosure of the equipment under test ( EUT ) .

高压施加于被试的两个相互绝缘的部件之间，例如被试设备的主电路与其金属外壳。

Qualitatively analyze the existing problem of the antenna height scanning for the EUT with radiating characteristics ( single lobe and multi-lobes ) in the measurement method .

对具有不同辐射特性（单波瓣和多波瓣）的受试设备天线高度扫描问题进行了定性分析。

Then , propose the standard of ships with cutting the GJB . It saves much cost of EMI test as well as improves security of the EUT .

对国军标进行裁剪，提出针对船舶标准的电磁干扰辐射发射极限值，既节省了设计费用又增强了安全性。

A new method for evaluating the emission level of the EUT in any electromagnetic environment in which the level of the EUT is less than the limit level is proposed in this paper .

提出了一种新的评判任意电磁环境中被检测件的电磁发射电平不高于极限值电平的方法。

In this thesis we designed a EUV multi spectrum space solar telescope ( EUT ) based on the requirement of high angular resolution and wide field of view for solar observations ;

本文根据空间平台上高分辨率对日观测的需要，设计出一种可以在四个极紫外波段对日同时成像多光谱太阳望远镜（EUT）；

In this paper , the field distribution in TEM cell loaded with metallic EUT is analyzed by boundary-element method ( BEM ), and the electric field strength exposed to the EUT is calculated .

本文采用边界元法分析了横电磁波传输室中置入金属箱体的受试设备后场分布的规律，对受试设备所受暴露场的场强进行了计算，并提出了具体的估算方法。

By quantitated decision makers ' subjective recept about wealth with utility function , expected utility theory ( EUT ) introduced the concept of value judgment into theories of decision making under risk and uncertainty .

通过用效用函数来量化决策者对物质的主观反应，期望效用理论将价值判断的概念引入风险决策理论。

For synthesizing high resolution image , the angles between channels need be measured , then calibration of EUT in orbit will be carried out . By this , the error of observation will be reduced .

为了合成高分辨率的图像，需要测出各通道轴向夹角，对其在轨校准，从而减小观测上的误差。

Analysis of the characteristic impedance variation of TEM cell caused by equipment under test by BEM 1.Deciding microwave anechoic chamber dimensions in terms of measurement project and EUT ( equipment under test ) dimensions .

EUT对TEM传输室特性阻抗影响的边界元分析1.根据测试项目和被测件的大小，决定暗室的尺寸。

Processing the received signal by using the signal processing techniques can suppress ambient noise . By the signal processing , the measurements of Equipment under Test ( EUT ) can be performed at a test site polluted with electromagnetic ambient noise .

利用信号处理技术对所接收到的信号进行处理，可以在被环境噪声污染的地方进行EUT的电磁辐射发射测试。