Rockets and artificial satellites can go far above the ionosphere.
火箭和人造卫星能够到达电离层以上极远的地方。
Their main limitation is that they are incapable of rising to the ionosphere.
它们的主要局限性是无法上升至电离层。
Their main limitation is that they are incapable of rising to the ionosphere .
他们主要局限性是不能上升到电离层。
The ionosphere is that region of space contatining electrically charged species.
电离层是指含有带电物质的空间区域。
Above the troposphere is the stratosphere, followed by the ionosphere and capped by the exosphere.
在对流层上是平流层，接着是电离层，最上层是外逸层。
Above the troposphere is the stratosphere, followed by the ionosphere and capped by the exosphere.
在对流层上是平流层，接着是电离层，最。
In a jovian stationary orbit a spacecraft goes around the planet at the same speed as the ionosphere.
在木星的同步轨道上，太空船环绕行星的速度与电离层相同。
In a Jovian stationary orbit, a spacecraft goes around the planet at the same speed as the ionosphere.
在木星的同步轨道上，太空船环绕行星的速度与电离层相同。
The impact of the ionosphere on the accuracy is particularly significant in many factors of positioning errors.
而在造成定位误差的众多因素中，电离层对精度的影响尤为显著。
The formulas of Doppler shift due to the reflected signal and that travelling through the ionosphere are thus derived.
在此基础上得到电离层反射信号的多普勒频移公式以及穿过电离层的信号的多普勒频移公式。
A new method for predicting disturbances in the ionosphere by using the Artificial Neural Network (ANN) has been presented.
利用人工神经网络技术，提出预报离散随机的电离层骚扰事件的新方案。
A super-powerful radiowave-beaming technology that lifts areas of the ionosphere by focusing a beam and heating those areas.
一种超大功率的无线电波发射技术，该技术通过聚集一道波束并加热那些区域将电离层的一些区域抬高。
Although such communication is less subject to the vagaries of the ionosphere, it can be subject to interference from the sun.
虽然这样的通信是较少依于电离层的狂妄古怪的行为，它可能是依于干涉从太阳。
During XX-5A experiments, the active modification of the ionosphere resulted by rocket exhaust was monitored with GPS receiver.
在XX - 5 A试验期间，GPS接收机监测到了火箭排出的“废气”所造成的电离层有源变态效应。
The wind comes in, carries a magnetic field, which wraps around the ionosphere of the planet. The ionosphere is basically dragged away.
带有磁场的太阳风到达金星和火星后，其磁场包围在行星的电离层外面，而电离层基本上被拖离。
The ionosphere is made up of relatively hot gases that are electrically charged due to interactions with intense, high-altitude sunlight.
由于与强烈的高层阳光的相互作用，电离层由相对炽热的带电气体组成。
The ability of the ionosphere to reflect these waves is dependent upon normal variations in the electron density at different levels.
电离层反射电波的能力取决于不同高度上电子密度的正常差别。
One of the most important of these is a fluctuation in the density of electrons and other electrically-charged particles in the ionosphere.
最重要的一点是在电离层的电子和其他带电粒子的密度是波动的。
The ionosphere is distinguished from other layers of Earth's atmosphere because it is electrically charged through exposure to solar radiation.
电离层与地球大气的其他圈层是不一样的，因为它是暴露在太阳的辐射之下，故而带电。
High frequency skywave over-the-horizon radar can provide a wide coverage beyond the horizon by means of refraction within the ionosphere.
高频天波超视距雷达通过电离层的折射作用，具有同时超视距监测大区域范围的能力。
With the kinetic equation of ionospheric plasma, the paper studies the influences of neutral winds on the ionosphere at middle-low latitude.
从电离层等离子体动力学方程出发，研究了磁暴期间中性风对中低纬度电离层的影响。
The researchers found that almost all of the earthquakes down to a depth of about 35km were preceded by distinct electrical disturbances in the ionosphere.
研究人员发现几乎所有深度达到35公里的地震都可以通过电离层明显的电磁扰动现象预测到。
The ionosphere gets its name because it's teeming with ions and though it's very thin, it reflects radio waves, which is how radio communication works.
电离层得名，因为它是充满离子，尽管它非常薄，它反映了无线电波，它是如何无线电通信工程。
Electromagnetic waves produced by solar flares may disturb the ionosphere and interfere with radio signals, resulting in degraded communication quality.
太阳耀斑放出的电磁波会引致电离层急剧变化，干扰无线电讯号，大大降低通讯的质素。
They noticed that acoustic waves were being generated along the edges of the moon's shadow, in a part of Earth's upper atmosphere known as the ionosphere.
他们注意到，在地球高层里称为电离层的那部分大气中，在沿着月球阴影的边缘上产生了声波。
Based on the ITS channel model this paper theoretically discusses the fading effect of the ionosphere to the signal which is reflected by the ionosphere.
在宽带信道模型的基础之上，从理论上分析了电波信号通过电离层信道所经受的衰落影响。
Since the subject of the thesis is about the wave in the ionosphere, it might be essential to perceive and comprehend how the ionosphere influences the wave.
由于课题研究的对象是电离层中传播的电波，所以了解电离层对其间传播的电波的影响是很必要的。
Since the subject of the thesis is about the wave in the ionosphere, it might be essential to perceive and comprehend how the ionosphere influences the wave.
由于课题研究的对象是电离层中传播的电波，所以了解电离层对其间传播的电波的影响是很必要的。
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