为了避免干扰，保持望远镜的灵敏度，无线电望远镜被建在没有人为的无线电波或电子信号的地方。
To avoid interferences, and keep the telescopes sensitive, radio telescopes are built in places where there are no human radio waves or electronic signals.
无线电望远镜可以回溯看到银河系和行星形成时的结构。
The radio telescope could look back at the structures of galaxies and stars when they were firstly formed.
金属波导用在微波炉、雷达系统、无线电望远镜等技术。
Metal waveguides are used in such technologies as microwave ovens, radar systems, radio relay systems, and radio telescopes.
我相当给出了它的用途一个好例子在我的纸里在无线电望远镜从我原始的站点。
I gave quite a good example of its use in my paper on radio telescopes from my original site.
这两位天文学家利用无线电望远镜检测出了宇宙噪声(或是天电干扰)，而且并不随着时间消散。
Using radio telescopes, the two astronomers detected cosmic noise, or static, that didn't dissipate over time.
1960年以来，一共有100多个SETI项目，世界各地都架设了无线电望远镜，包括波多黎各、阿根廷、澳大利亚、韩国和意大利。
Since 1960, there have been over one hundred SETI projects, with radio telescopes stationed around the world, including Puerto Rico, Argentina, Australia, South Korea and Italy.
他发现的电磁特性最终导致电视、广播、微波炉的发明，并且也对无线电和红外望远镜的发明起到了重要作用。
His discovery of the electromagnetic spectrum led to the development of television, radio, microwaves, as well as aiding in the development of radio and infrared telescopes.
这个程序使用了普通电脑上空闲的处理能力，以在无线电天文望远镜的资料中进行筛选，从而找到外星智能的迹象。
This used spare processing capacity on ordinary PCs to sift through radio-telescope data for signs of extraterrestrial intelligence.
戴维斯指出那些利用无线电天文望远镜搜寻外星人的科学家设想其他生命也可能利用这种通讯工具。
Mr Davies points out that scientists who search for aliens using radio telescopes are assuming that other life would use this form of communication.
绿色部分则是来自于哈勃太空望远镜的光学数据；位于墨西哥的甚大阵射电望远镜接受的无线电数据则贡献了星系中心的蓝色部分。
Green shows optical data from the Hubble Space Telescope, and blue at the galaxy's core represents radio data from the Very Large Array in New Mexico.
Lofar望远镜的一期工程位于罕布什尔的安多佛，由96个无线电天线组成的望远镜将在本周被安装完毕。
The first stage of the European Low Frequency Array (Lofar) telescope involves 96 radio antennae being erected this week in a field at the Chilbolton Observatory near Andover, Hampshire.
尽管SERENDIP并不拥有自属的观察安排，但它可以在其他天文学家在利用望远镜的同时分析来自深层太空的无线电数据。
Rather than having its own observation program, SERENDIP analyzes deep space radio telescope data that it obtains while other astronomers are using the telescope.
其中最杰出的发现一次发现发生在1977年，当时杰瑞·艾曼博士在俄亥俄州立大学用大耳的天文望远镜探测到一种很强的窄频带无线电。
One of the most prominent "discoveries" occurred in 1977 when Dr Jerry Ehman observed a powerful narrowband radio signal detected by the Big Ear radio telescope in the Ohio State University.
他想要使用位于波多黎各的阿雷西博，世界上最大的无线电天文望远镜天线，作为发射器向邻近的恒星发射各种无线电问候。
He wants to use the world's largest radio-telescope dish, at Arecibo in Puerto Rico, as a transmitter to beam some kind of radio greeting towards nearby stars.
他想要使用位于波多黎各的阿雷西博，世界上最大的无线电天文望远镜天线，作为发射器向邻近的恒星发射各种无线电问候。
He wants to use the world's largest radio-telescope dish, at Arecibo in Puerto Rico, as a transmitter to beam some kind of radio greeting towards nearby stars.
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