Visible light is part of the electromagnetic spectrum and 10,000 times bigger than the radio spectrum, affording potentially unlimited capacity. 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。
12.Visible light makes up less than one ten-billionth of the electromagnetic spectrum, which stretches from radio waves to gamma rays. 12.在覆盖了从无线电波到伽马射线的电磁光谱中,可见光只占不到百亿分之一的比例。
Electronic warfare undertaken to insure effective friendly use of the electromagnetic spectrum in spite of the enemy's use of electronic warfare. 尽管敌人用电子战但仍可保证有效地用电磁谱的电子战。
Those systems of mass communication are in turn based on the appropriation of the people's common rights in the electromagnetic spectrum. 后一种体系正是以侵占人们在电磁频谱中的公有权利(公共权力?)为基础。
Development of electromagnetic spectrum infrastructure that implements every person's equal right to communicate. 发展能够使每个人实现平等的交流权利的电磁频谱设施。
Almost as diverse as the electromagnetic spectrum itself, directed-energy weapons span a wide range of incarnations. 由于电磁波频它本身几乎都不同,定向能武器跨越了一个广泛的形式。
Color is a visual portion of the electromagnetic spectrum. 颜色是电磁频谱的一个视觉部分。
In order to study the synthetical evaluation of battlefield electromagnetic spectrum management efficiency, a way of synthetical evaluation based on fuzzy set is put forward. 针对在复杂电磁环境下战场电磁频谱管理效果综合测评的问题,提出一种基于模糊集的测评方法。
The waves fall in the same part of the electromagnetic spectrum occupied by powerful sources such as microwave ovens and airport radars. 手机无线电波与由微波炉和机场雷达强大辐射源所占据的电磁谱相同。
The very center of the Sombrero glows across the electromagnetic spectrum, and is thought to house a large black hole. 草帽的最中央发出的光芒遍布电磁光谱,人们认为其中存在一个大型黑洞。
Requirements Analysis of Battlefield Electromagnetic Spectrum Management System Based on UML 基于UML的战场频谱管理系统需求描述
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。
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。
Synthetical Evaluation of Battlefield Electromagnetic Spectrum Management Efficiency Based on Fuzzy Set 基于模糊集的战场电磁频谱管理效果综合测评
RADIOS work by using the electromagnetic spectrum to send information. 无线电通讯通过电磁频谱递信息。
Wireless networking operates in the electromagnetic spectrum. 无线网络工作在电磁频谱中。
Radio wave: Wave from the portion of the electromagnetic spectrum at lower frequencies than microwaves. 无线电波:电磁波谱中比红外辐射频率更低的电波部分。
They looked for the emission of certain wavelengths within the radio part of the electromagnetic spectrum. 他们寻查了电磁波普的无线电波段内所释放的特定波长。
The construction of civil-military electromagnetic spectrum management system plays an important role in integrating civil resources and advancing electromagnetic spectrum management for our army. 构建军地一体化频谱管控体系对整合民用资源、提升军队频谱管控能力具有重要意义。
Satellite image, one of the products from remote sensing techniques, reflects light radiance of any object at numerous ranges of electromagnetic spectrum. 人造卫星图片是遥感技术下其中一个产物,它主要是用作反映物件在不同电磁光谱范围的光线放射情况。
MAS-Based Distributed Electromagnetic Spectrum Management System of Battlefield 基于MAS的分布式战场电磁频谱管理系统
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。
Disaster managers really need satellites incorporating sensors that collect data in all these regions of the electromagnetic spectrum. 灾害管理者确实需要把这些传感器整合起来的卫星,收集电磁波谱的所有这些区域的数据。
At present they cannot carry many of the special sensors that produce very high-resolution images or cover all parts of the electromagnetic spectrum. 目前,它们无法携带许多提供非常高分辨率图像的专用传感器,也不能覆盖电磁波谱的所有部分。
Terahertz radiation is the latest frontier in the electromagnetic spectrum. 太赫兹辐射(T射线)是电磁光谱研究中最前沿的领域。
The ultraviolet radiation locates in the spectral range from 10~ 400nm of electromagnetic spectrum. 紫外辐射在电磁辐射波谱中的波长范围为400~10nm。
The electromagnetic spectrum characteristics of ICECM has been reported. 本文报告了该系统自发辐射的电磁频谱特性。
The exploitation and utilization of electromagnetic spectrum resources were the base and power of the development of electronics. 电磁波频谱资源的开发和利用是电子学发展的基础和动力。
Electromagnetic spectrum monitoring and wireless sensor network are widely used in military and civilian aspects. 电磁频谱监测和无线传感器网络在军事和民用方面都有广泛的应用。