查询词典 ionosphere

The ionosphere is a complex medium,which is aeolotropy,asymmetry,dispersive and changes randomly with time.

电离层是随机时变，各向异性，非均匀、色散的复杂介质。

When time span is long and ionosphere is active, the side effect caused by ionosphere is obvious.

分析和实验表明该法同时还可进行电离层延迟的分离和研究。

We have made detailed studies of the influence of heat flux from the magnetosphere and ion flux along the magnetic field line of force on the morphology of the ionosphere. The validation of our ionospheric model is further verified. We contend to use radar data to specify the upper boundary condition in the simulation of the high-latitude ionosphere.

详细研究了磁层热流、离子沿磁力线的通量对极区电离层形态的影响，从另一角度证明了目前已建立的电离层模型的有效性，建议用雷达数据作为模型顶部边界条件开展电离层内部物理过程研究。

In this paper, we discuss the effect of the Earth's oblateness and ionosphere on the retrieval, and analyze the result of the local curvature correction and the ionosphere calibration.

本文采用模拟的方法，分析其中地球扁率及电离层对反演结果的影响，并讨论局部圆弧修正及电离层修正的效果。

In this paper, we discuss the effect of the Earths oblateness and ionosphere on the retrieval, and analyze the result of the local curvature correction and the ionosphere calibration.

本文采用模拟的方法，分析其中地球扁率及电离层对反演结果的影响，并讨论局部圆弧修正及电离层修正的效果。

Manage together, the earth in the sky have one ionosphere, it is comprised by the particle that takes positive electrical charge, this ionosphere can prevent the sun and astrospace all sorts of ray that have killing life effect enter the area, protect tellurian life, if do not have ionosphere, although on the earth original

同理，地球上空有一电离层，它由带正电荷的粒子组成，该电离层可防止太阳和宇宙空间各种有杀害生命功能的射线进入地面，保护地球上的生命，假如没有电离层，即使地球上本来

The study of propagation of atmospheric gravity wave constitutes an important part in ionosphere physics, which is significant for researching the coupling between upper and lower atmosphere, the coupling between north and south of the Earth and the coupling between ionosphere and thermosphere.

大气重力波的传播机制研究是电离层和高层大气动力学中的一项重要内容，对于深入了解近地空间中能量的上下耦合、南北耦合，以及电离层高度上的电离层-热层耦合，具有重要的学术意义。

It is the development of investigation in the field of the ionosphere,geomagnetic field and auroral phenomena in polar region, that extends the scope of geophysical research to extra terrestrial Space and thus introduces a new important subject, the solar wind magnetosphere ionosphere thermosphere coupling for further study.

对极区地磁、电离层和极光现象的深入考察将地球物理的研究领域扩展到了外层空间，并提出了太阳风－磁层－电离层－热层间耦合这一重要课题。

Due to the complicated nature of the coupling processes between polar ionosphere and magnetosphere as well as thermosphere, however, here still remain lots of questions need to be further studied, such as the relationship between convection electric field and polar ionosphere, the mechanism of auroral particle precipitation, the origin of magnetospheric particles and so on.

如，极区电离层背景变化的气候学特征，对流电场与极区电离层的相互作用关系，以及极光区粒子沉降的机制和磁层粒子起源等等。

Vibrationally excited molecular nitrogen N*2 plays an important role in the F region ionosphere by increasing the loss rate of the dominant ion O+, thereby reducing the electron concentration in the F region of the ionosphere.

激发态氮分子N*2在电离层F区中起着重要的作用，它使F区占主导地位的O+离子的损失率增大，从而使该区的电子浓度减少。

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。