据《航空》周刊报道，这种称为高能微波的电磁炮具有足够的威力使总数达30之多的高速快艇集群的所有引擎统统失灵。
The High-Powered Microwave, as it is called, is reported by Aviation Week to be powerful enough to disable all of the motors in a swarm of up to 30 speedboats.
我们公司生产的3通电磁阀，用于民用航空，军事飞机和航天应用领域。
Valve Research has produced 3-way solenoid valves for use in the commercial aircraft, military aircraft, and the aerospace industries.
去年，俄国的一个大坝的变压器已因为电磁浪涌或者电磁脉冲而爆炸，导致了法国航空公司的447班机的电力系统崩溃。
Electromagnetic surge or pulse has blown up step-up transformers in a Russian dam within this past year, and created complete electrical failure in Air France 447.
使用这种方法实现了一个实用的航空电磁阀计算机动态测试系统。
With this methodology, a applied computer dynamic detecting system for the electromagnetism for aviation has been implemented.
使用的物探方法有重力、地面和航空磁法、地面和航空电磁、IP／电阻率法、钻孔物探测井及地震反射。
Methods used have been gravity, ground and airborne magnetics, ground and airborne electromagnetics, IP/resistivity, downhole geophysical logging, and reflection seismic.
针对航空维修中飞机复杂构件检测维护的特点，研制了适用于外场作业的微型电磁轭。
A miniature electromagnetic yoke was developed for the inspection and maintenance of the complex components of planes.
电磁兼容性对航空设备来说是至关重要的，它直接关系到飞机整体系统的正常、安全运行。
Electromagnetic compatibility is essential to airborne device. It is directly related to the normal and safe operation of the whole aircraft system.
目前国际上研究和应用的关于航空瞬变电磁数据的解释技术可以分为两类：一类是电导率-深度转换的近似方法，另一类是层状大地反演。
Thereare mainly two classes of interpreting method about the airborne transient electromagneticdata, and they are: Conductivity-depth transformations and Layered-earth inversion method.
本文介绍了93航空电磁法国际研讨会概况及国外航电的现状。
The present paper gives a generalized description of '93 International Symposium on airborne electromagnetic method aam the present condition of airborne electromagnetic method abroad.
其一是解释在不同飞行高度测得的时间域航空电磁法资料，从而提供大地电阻率；
The first is to interpret the time-domain airborne electromagnetic data measured at different flying altitude so that the earth resistivity will be provided.
电磁发射的应用范围已经延伸到航空航天等很多领域。
The application of electromagnetic launch has been extended to many fields, such as aerospace and so on.
其二是如果给出了大地电阻率，则可计算时间域的航空电磁响应，因此可以校正由飞行高度改变引起的假异常。
The second is to estimate the time-domain airborne E. M. response, if the earth resistivity is given; therefore the pseudo-anomalies caused by the change of the flying altitude will be corrected.
其二是如果给出了大地电阻率，则可计算时间域的航空电磁响应，因此可以校正由飞行高度改变引起的假异常。
The second is to estimate the time-domain airborne E. M. response, if the earth resistivity is given; therefore the pseudo-anomalies caused by the change of the flying altitude will be corrected.
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