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   电磁脉冲干扰 在 自动化技术 分类中 的翻译结果: 查询用时:0.074秒
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电磁脉冲干扰
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    By the against lightning electromagnetic pulse(LEMP) as an example,design of gridlike spatial shield for control room is discussed according to following two cases:Mesh width of gridlike shield is known,if approach the reduction of magnetic field to pulse magnetic field immunity;
    以抗雷击电磁脉冲干扰为例,按下列2种情况讨论控制室格栅形大空间屏蔽的设计计算:已知屏蔽网格,求磁场强度的衰减是否符合控制系统的脉冲磁场抗扰度;
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  electromagnetic pulses
Effect of Nanosecond Electromagnetic Pulses on the Properties of Matter
      
Sources of high-power ultrawideband electromagnetic pulses are described.
      
We show that by selecting the parameters of the periodic electromagnetic pulses exciting the atom one can achieve regular pumping of the upper laser level and generate sub-Poissonian laser light.
      
On compression of electromagnetic pulses in dielectric plates
      
It was shown that special two-frequency pumping with elliptically polarized radiation can generate coherent electromagnetic pulses of attosecond width.
      
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  electromagnetic pulses
Effect of Nanosecond Electromagnetic Pulses on the Properties of Matter
      
Sources of high-power ultrawideband electromagnetic pulses are described.
      
We show that by selecting the parameters of the periodic electromagnetic pulses exciting the atom one can achieve regular pumping of the upper laser level and generate sub-Poissonian laser light.
      
On compression of electromagnetic pulses in dielectric plates
      
It was shown that special two-frequency pumping with elliptically polarized radiation can generate coherent electromagnetic pulses of attosecond width.
      
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This paper emphatically describes a series of anti interference technical measures adopted in the strain measurement under the environment conditions of intense radiation and intense electromagnetic pulse interference,including techniques in the selection of the components and materials,the installation pattern of the sensing strain gauges,bridge combination and wire connection pattern,sealing and shielding etc.In order to realize the strain measurement under such an environment,a number of simulated tests...

This paper emphatically describes a series of anti interference technical measures adopted in the strain measurement under the environment conditions of intense radiation and intense electromagnetic pulse interference,including techniques in the selection of the components and materials,the installation pattern of the sensing strain gauges,bridge combination and wire connection pattern,sealing and shielding etc.In order to realize the strain measurement under such an environment,a number of simulated tests and researches have been made.The paper also gives a brief description of the application of aforesaid technical measures in the strain measurement test on a test site.

在强辐射强电磁脉冲干扰环境条件下 ,为保证应变测量的实现 ,经模拟试验研究 ,应变测量采用一系列抗干扰技术措施 ,包括所用元器件材料的选择 ,传感应变计安装方式 ,组桥接线方式 ,密封屏蔽等技术。还介绍了这些技术措施在某试验现场应变测试试验中的应用概况。

By the against lightning electromagnetic pulse(LEMP) as an example,design of gridlike spatial shield for control room is discussed according to following two cases:Mesh width of gridlike shield is known,if approach the reduction of magnetic field to pulse magnetic field immunity;If pulse magnetic field immunity is known,mesh width of gridlike shield etc parameters are solved.

以抗雷击电磁脉冲干扰为例,按下列2种情况讨论控制室格栅形大空间屏蔽的设计计算:已知屏蔽网格,求磁场强度的衰减是否符合控制系统的脉冲磁场抗扰度;已知控制系统的脉冲磁场抗扰度,求屏蔽网格的宽度W等参数。

Through analyzing the generation mechanism of nuclear electromagnetic pulse and ita way of entry the project inside , the basic defense technology of electromagnetic pulse is presented. Furthermore, basing on the electromagnetic pulse . interfere test to equipment control system within the project, the weak link of control system and provide the basic method of electromagnetic pulse defense are found out. This may possess certain reference value for solving the problem of electromagnetic pulse defense.

为保证地下工程内部设备控制系统及其电子设备不被电磁脉冲干扰和破坏,必须研究其电磁脉冲的防护问题。通过对核电磁脉冲的产生机理及其进入工程内部的途径、电磁脉冲的基本防护技术的分析,在电磁脉冲对工程内部设备控制系统干扰测试的基础上,找出控制系统的薄弱环节,给出其电磁脉冲防护的基本方法。这对电磁脉冲防护问题的解决具有一定的参考价值。

 
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