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基于高效场强发生器的辐射抗扰度测试新概念
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作者 A.Sarwar V.Keyser 肖疆 《安全与电磁兼容》 2015年第5期79-82,共4页
介绍了一种新颖、高效率、低成本的场强放射器,它一体化地集成了天线和功率放大器,克服了传统的电磁兼容辐射抗扰难点。尽管场强发生器的概念对场强和频率范围没有特别限定,但为了与IEC61000-4-3中1-6GHz的三米法测试要求对比,对这... 介绍了一种新颖、高效率、低成本的场强放射器,它一体化地集成了天线和功率放大器,克服了传统的电磁兼容辐射抗扰难点。尽管场强发生器的概念对场强和频率范围没有特别限定,但为了与IEC61000-4-3中1-6GHz的三米法测试要求对比,对这种方法产生的10V,m的系统指标进行了验证,并讨论了方案的优点和系统实现的挑战,同时也给出了仿真和测试结果。 展开更多
关键词 电磁兼容 辐射抗扰度测试 场强发生器
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The Latest Study of Gravitational Wave Communication System
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作者 Yoshinari Minami 《Journal of Earth Science and Engineering》 2016年第3期164-176,共13页
Gravitational wave is a strain wave of space and this can be also generated by strong magnetic field. The principle of gravitational wave generation using the fluctuation in strain field induced by magnetic field is i... Gravitational wave is a strain wave of space and this can be also generated by strong magnetic field. The principle of gravitational wave generation using the fluctuation in strain field induced by magnetic field is introduced. Using both foregoing gravitational wave generator and gravitational wave detector (i.e. laser interferometric gravitational wave antenna), the gravitational communication system can be possible. This paper introduces its content presented at 20th Annual Lecture (1989) and the research trends in the latest gravitational wave. 展开更多
关键词 Gravitational wave SPACE-TIME CONTINUUM space strain strain wave CURVATURE gravitational wave communication.magnetic field.
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