存在于给定场所的电磁现象的总和称为电磁环境。
...电磁环境(electromagnetic environment，EME)指存在于某场所的所有电磁现象的总和。而复杂电磁环境是一定空间内，时域、频域、能域和空域上分布密集、数量繁多、样式复杂...
基于1842个网页-相关网页
EMC术语 ... EMC、Electromagnetic Compatibility：电磁兼容 EME、Electromagnetic Environment：电磁环境 EME effects、Electromagnetic Environment effects：电磁环境效应 ...
基于8个网页-相关网页
电磁环境兼容性 electromagnetic compatibility
电磁环境电平 [电] Electromagnetic Ambient Level
雷达站电磁环境 radar station electromagnetic environment
复杂电磁环境 complicated electromagnetic environment ; Complex electromagnetic environment
电磁环境保护 electromagnetic environmental protection
电磁环境效应 EME effects Electromagnetic Environment effects
电磁环境监测 electromagnetic environment monitoring
动态电磁环境模拟器 DEES ; Dynamic Electromagnetic Environment Simulator
瞬态电磁环境 Transient electromagnetic environment
The use of all kinds of electrical devices make up of a complicated electromagnetic environment (EME).
各种电子设备的存在构成了一个复杂的电磁环境（EME）。
参考来源 - 时域有限差分法及其在电磁兼容中的应用The electromagnetic parameter of power transmission include: power frequency electrical field, power frequency magnetic field, radio inference (RI) and audible noise (AN).
输电线路的电磁环境参数主要包括工频电场、工频磁场、无线电干扰和可听噪声四个方面。
参考来源 - 超高压及特高压输电线路的电磁环境研究With the fast development of information times, our life has been changed greatly. At the same time, the EM environment has been become complicated increasingly.
随着信息时代的日益发展，人类的生活发生了极大的变化，同时电磁环境也变得日益复杂。
参考来源 - 微波宽带自动增益控制技术研究Electromagnetic Environment Simulation is very important for the radar simulator. It can realize the electron rivalry between the radar simulator and the air raid weapon simulator.
电磁环境仿真对雷达模拟器具有很重要的意义，它能真正实现雷达模拟器与空袭模拟兵器的电子对抗。
参考来源 - 基于雷达模拟器的电磁环境仿真This paper designed and implemented the simulation measurement system software for evaluating the EM environment influence from PLC.
设计了PLC对电磁环境影响的仿真测量系统，并采用脚本工具ES-K2编码实现了仿真软件。
参考来源 - 电力线通信对电磁环境的影响仿真测量系统的设计和实现·2,447,543篇论文数据，部分数据来源于NoteExpress
为分析汽车电系电磁环境对汽车电子装置的干扰，研制了汽车电磁环境测试系统。
To analyze the interruption to the wiring in the electromagnetic environment of automobile electronic system, an intelligent detecting system is built.
随着社会的进步和无线电通讯事业的飞速发展，人们周围的电磁环境变得越来越复杂。
With social progress and quick development of radio communication enterprise, electromagnetic environment of people surrounding becomes more and more complex.
提高导线悬挂高度是解决线路走廊紧张地区的建筑物跨越和电磁环境问题的有效手段之一。
Raising conductor suspension height is one of the solutions to problems of building overcrossing and em environment in regions with limited line corridors.
应用推荐