无线电通讯通过电磁频谱递信息。
RADIOS work by using the electromagnetic spectrum to send information.
颜色是电磁频谱的一个视觉部分。
无线网络工作在电磁频谱中。
Wireless networking operates in the electromagnetic spectrum.
本文报告了该系统自发辐射的电磁频谱特性。
The electromagnetic spectrum characteristics of ICECM has been reported.
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。
By deflecting certain parts of the electromagnetic spectrum, an image can be altered or made to look like it has disappeared.
设立旗舰专家决策智能体群，实现舰船编队电磁频谱的集中控制与分级管理。
At the same time, the modeled head ship experts and decision-makers group achieve to the central control and hierarchical management of ship formation electromagnetic spectrum.
该天文台能观测到天体电磁频谱的X射线辐射，比如黑洞、类星体和高温气体。
This observatory is observing such objects as black holes, quasars, and high-temperature gases throughout the x-ray portion of the EM spectrum.
针对复杂电磁环境下的电磁频谱管理效能评估问题，提出一套系统地效能评估方法。
To study the efficiency evaluation of electromagnetic spectrum management in the complicated electromagnetic environment, a systemic evaluation solution is put forward.
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。
Ultraviolet LEDs could provide a way to replace and enhance this part of the electromagnetic spectrum to produce darker, more colorful lettuces.
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。
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.
电子战争(EW)是指任何行动涉及使用电磁频谱或定向能以控制该频谱、攻击敌人、或通过频谱阻碍敌人的攻击。
Electronic warfare (EW) refers to any action involving the use of the electromagnetic spectrum or directed energy to control the spectrum, attack an enemy, or impede enemy assaults via the spectrum.
那不过是手机用到的一段段的电磁波段，一层层的自然频谱。
It is a section of the electromagnetic frequency scale, a lode of natural channels used by cellphones.
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。
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.
根据实验结果，利用电磁学理论，分析了由于裂纹尖端电荷的加速运动所激发的电磁场强度及其频谱特性。
Based on the electromagnetic theory the relation between the acceleration movement of electric charge in the crack tip end, the value of electromagnetic field and the spectrum are analyzed.
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。
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.
就象漏源极电压的例子那样，用这种方法也可以找出漏极电流的哪一部分对电磁干扰频谱产生影响。
As in case of drain-source voltage this method allows to associate the elements of the drain current waveform with its contribution to the whole spectrum.
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.
可见光是电磁光谱的一部分，比无线电频谱要大1万倍，因而可说具有无限的开发潜力。
Visible light is part of the electromagnetic spectrum and 10,000 times bigger than the radio spectrum, affording potentially unlimited capacity.
图20描述了漏源极电压主要原理产生的电磁干扰频谱。
The spectra of the main elements of the drain-source voltage can be found in Fig. 20.
频谱监测是频谱管理的基础，是测量无线电发射的基本参数，进而对整个电磁环境有整体的把握。
Monitor is the foundation of management, which measure the basic parameter of radio transmit. The whole electromagnetism environment was realized in the end.
对样机的振动与噪声进行了实验研究，通过对采集的振动与噪声信号进行频谱分析，分离出了电磁振动与噪声。
It also studied by method of experiment. The electromagnetic vibration and noise were isolated by spectral analysis to the vibration and noise signals.
另外不足的是，它只能控制振动的量级，而不能像传统的电磁振动台一样实现振动频谱的可控。
Whereas it can only control vibration level, and cannot control vibration spectrum as conventional electro dynamic.
利用UWB极窄脉冲通信，是对无线频谱资源的利用进行新的探索，开辟时域电磁波应用的新领域。
The UWB communication technology is new exploration of radio spectrum, and this will develop new fields of time-domain spectrum.
并研究了典型电磁脉冲试验电流波的频谱特性，为进行电磁脉冲防护提供依据。
And the wave spectrum characteristics of the typical electromagnetic pulse experimental current is studied in order to provide the basis for electromagnetic pulse protection.
利用UW B极窄脉冲通信，是对无线频谱资源利用进行新的探索，开辟时域电磁波应用的新领域。
The UWB wireless communication technology is new exploration of radio spectrum, and this will develop new fields of time-domain spectrum.
亚毫米波在电磁波频谱中处于红外线与毫米波之间非常重要的位置，因此在学术上有很重要的研究价值。
The submillimeter wave plays a very important role between the infrared and millimeter wave in electromagnetic wave frequency spectrum. Therefore, it has important academic value.
安捷伦惠普8593em有两种运作模式：电磁干扰分析和频谱分析。
The Agilent HP 8593EM has two modes of operation: EMI analysis and spectrum analysis.
安捷伦惠普8593em有两种运作模式：电磁干扰分析和频谱分析。
The Agilent HP 8593EM has two modes of operation: EMI analysis and spectrum analysis.
应用推荐