In this paper, theoretical analysis, numerical calculation and experimental are used to study the coupling effects of ultra-wide spectrum electromagnetic pulse to the hole.
本文从理论分析、数值计算和实验三个不同角度出发，研究了超宽谱电磁脉冲对屏蔽体贯通孔的耦合规律。
By deflecting certain parts of the electromagnetic spectrum, an image can be altered or made to look like it has disappeared.
通过扭曲电磁频谱的某一部分，就能够改变一个影像，或者让影像看起来像消失了一样。
The avian eye is complex. Like humans, birds' eyes can detect light along the electromagnetic spectrum from violet to red.
鸟类的眼睛是很复杂的，就像人类一样，鸟类的眼睛能够察觉到电磁波谱上从紫色到红色的光线。
Because these different forms of electromagnetic radiation - on this "simplistic" level - are fundamentally so similar, they are today commonly viewed as composing a single spectrum.
因为这些各异的电磁辐射在“简单”层面上，即本质上是如此相似，所以如今把它们视为一个光谱中的组成部分。
Thousands of lunar-made telescopes will make high-resolution, long-duration observations of objects of interest in universe from the Moon at every wavelength of the electromagnetic spectrum.
数以千计的望远镜将从月球对天体目标进行不间断的观察，在各个不同电磁波谱上取得高分辨率的观察结果。
The filters cover various wavelengths over the ultraviolet, blueand red portions of the electromagnetic spectrum.
三个滤镜覆盖了电磁光谱的紫外、蓝和红部分的波长。
To grasp the wonders of the cosmos, and understand its infinite variety and splendor, we must collect and analyze radiation emitted by phenomena throughout the entire electromagnetic (EM) spectrum.
为了探索宇宙奥秘，了解其万千气象和波澜壮阔，我们必须借助电磁（EM)图谱，收集分析宇宙辐射。
We radiate electromagnetic radiation in the infrared part of the spectrum.
辐射出电磁辐射,我们身体是温暖的。
The new power pack will also absorb energy across the electromagnetic spectrum, making infantry less liable to detection by night vision equipment that uses infra-red technology.
新能源包也能从电磁波频段吸收能量，使步兵降低被使用红外技术的夜视设备发现的概率。
Light is part of the electromagnetic spectrum...wouldn’t it be great to use it for wireless communications?” Professor Hass said.
而光线是电磁波谱的一部分，将其用于无线通讯不是很好吗？
Horses live in a monochrome world .light visible to human eyes however occupies only a very narrow band in the whole electromagnetic spectrum.
然而，人眼可见的光在整个光谱中只占一个非常狭窄的频段。
These unusual properties generally have to do with manipulating electromagnetic (EM) or acoustic waves; in this case, it is EM waves in the infrared spectrum
这些与众不同的性质一般都与控制电磁波或声波有关；在这种情况下，电磁波是处于红外波段的。
They suggest that any alien civilisation worth its salt would alight not on the photons of the electromagnetic spectrum-whether optical or radio-frequency-to send messages to other solar systems.
他们指出，任何有头脑的外星文明都不会发射电磁波谱中的光子——无论是可见光波段还是射频波段——向另一个太阳系传送信息。
RADIOS work by using the electromagnetic spectrum to send information.
无线电通讯通过电磁频谱递信息。
Television systems, which transmit 30 picture frames per second, must operate on a broad electromagnetic spectrum.
每秒传输30幅图象画面的电视系统，它必须工作于宽带电磁波谱。
But when supermassive black holes at the center of a galaxy feed, the material falling into them heats up, giving off a bright glow across the electromagnetic spectrum.
然而，当星系中心质量超级大的黑洞“吞食”时，落入其中的物质便会升温，发出一道明亮的光，通过电磁波频谱可以显示出来。
35% as thermal radiation; made up of a wide range of the electromagnetic spectrum, including infrared, visible, and ultraviolet light and some soft X-ray emitted at the time of the explosion; and.
35%为热辐射，由宽幅电磁频谱组成，包括红外线、可见光、紫外线，以及一些爆炸瞬间释放出的软x射线。
Ultraviolet LEDs could provide a way to replace and enhance this part of the electromagnetic spectrum to produce darker, more colorful lettuces.
紫外线发光二极管则可以提供一种方式来提高电磁频谱的一部分，从而生产出颜色更深、更多姿多彩的莴苣。
Due to the quantization of electromagnetic fields there is an upper frequency limit in the spectrum of any finite energy transmitted by an electromagnetic system.
由于电磁场的量子化效应，电磁系统发射有限能量的电磁场，其频谱必有一高频率上限。
Light is generally defined as the sector of the electromagnetic spectrum between the infrared and ultraviolet sectors that can be seen with the unaided eye.
光一般被定义介于红外和紫外之间、可被裸眼看到的电磁波谱的一部分。
Color is a visual portion of the electromagnetic spectrum.
颜色是电磁频谱的一个视觉部分。
UWB technology is a new exploration of the use of radio spectrum resource and it inaugurate a new field of time domain application of electromagnetic wave.
利用UWB技术是对无线频谱资源的利用进行的新的探索，开辟时域电磁波应用的新领域。
UWB technology is a new exploration of the use of radio spectrum resource and it inaugurate a new field of time domain application of electromagnetic wave.
利用UWB技术是对无线频谱资源的利用进行的新的探索，开辟时域电磁波应用的新领域。
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