电离层的

A previously unknown, electromagnetically charged layer of the atmosphere was reflecting the signal back down to earth.

一个先前不为人所知，大气里被电磁控制的某一层将无线电信号反射回地面（这里指电离层的反射效应——译者注）。

British physicist who predicted the existence of the ionized atmospheric layer now known as the ionosphere.

亥维赛，奥利弗1850－1925英国物理学家，他预言了电离空气层即现在所知的电离层的存在

On July 9, 1962, the US began a further series of experiments with the ionosphere.

1962年7月9日，美国开始了在电离层的一系列进一步的实验。

It is the Extreme Ultraviolet radiation from the sun which is responsible for forming and maintaining the ionosphere.

这是极端紫外辐射从负责对形成和维护电离层的太阳。

The characteristic of the attenuation when high-power microwave propagates through the lower ionosphere is analyzed in this paper.

主要研究高功率微波在低电离层的传输衰减特性。

Such as the ionospheric winter anomaly and semiannual anomaly.

例如电离层的冬季异常、半年异常等。

Image 3: Illustration of the magnetosphere shows its different regions.

在太阳暴中，来自地球电离层的粒子，主要是氧，也变得相当活跃。

During years of exceptionally high sunspot activity, as was the case in 1990 and 1991, the F-layer of the ionosphere is capable of refracting signals above 54 MHz.

在几年格外高黑点活动期间，象案件1990 年和1991 年，电离层的F 层数是能折射信号在54 兆赫之上。

S occurs when patches in the E layer of the ionosphere, about 65 miles above ground, become ionized.

S 发生当补丁在电离层的E 层数，大约65 英哩在地面之上，成为电离。

American electrical engineer who concurrently with Oliver Heaviside predicted the existence of the ionosphere.

肯涅利，阿瑟·埃德温1861－1939美国电子工程师，他与奥利佛·海维塞同时预言过电离层的存在

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。