ionosonde
英
美
n. 电离层探测仪
双语例句
- Study of Passive Receiving Observation Mode for Ionospheric Digital Ionosonde
电离层数字测高仪被动接收观测模式研究 - Real-time Control and Analysis System for Ionosonde
电离层数字测高仪实时控制处理系统 - A Inversion Method for Estimation of Electron Density Combining Single Site ′ s Ground GPS Data with Ionosonde
一种融合测高仪与地面GPS数据的单站电离层反演方法 - Design and Implementation of RF Signal Sources for Ionosonde Based on ARM7
基于ARM7的电离层测高仪射频信号源的设计与实现 - Development and Research on Data Processing Platform for Ionosonde
电离层数字测高仪数据处理平台的研制 - Design and Realization of the Host Program for Oblique Backscattering Ionosonde
电离层斜向返回探测仪中主程序的设计与实现 - The Emulation Research of the Ionosonde
电离层探测系统的仿真研究 - Baed on the ionosonde data, we used an empirical method to derive the neutral meridional wind during tile storm.
采用一个半经验模式利用垂测数据计算了磁暴效应引起的有效热层子午向中性风。 - Due to the development of software and hardware, an open and flexible ionosonde can be produced by combining the software and hardware according to the system ′ s characteristics.
随着软硬件技术的发展，按照伪随机编码体制特点，将软件与硬件有机结合，可以形成具有良好开放性和灵活性的电离层探测仪。 - Measurement of zonal wavenumber of the westward travelling 2-day wave by data of ionosonde network at low latitude and equatorial zone
利用低纬赤道带垂测站台网测量西移两日行星波的纬向波数 - The signal reception of the ionosonde is emulated in this paper according to the process of ionospheric sounding.
本文依据电离层探测的实际过程，仿真研究了电离层探测系统的信号接收过程。 - A new method has been introduced in this paper, which can use the data of ionosonde network at low latitude and equatorial zone to measure the zonal wavenumber ( k) of the westward travelling 2-day wave.
本文介绍一种利用低纬赤道带垂测站台网测量西移两日行星波纬向波数k的新方法。 - The Ionospheric Oblique Backscattering Sounding System ( IOBSS), a new type of ionosonde, which bases on the pseudo-random noise ( PN) phase modulated pulse compression, can obtain much useful information such as the bi-time response, scatter function and multi-path extension.
基于伪随机码调相脉冲压缩体制的电离层斜向返回探测系统可得到电离层的双时响应、散射函数、多径展宽等有用信息，是一种新型的电离层探测系统。 - Design of the waveform generator of ionosonde based on software radio
软件化电离层探测雷达波形产生器的设计 - Global features of the ionospheric disturbance during a magnetic storm on 7-9 Feb., 1986 are analyzed by using ionosonde data from stations distributed nearby 4 meridian chains.
用四个经度链附近电离层垂测资料，分析1986年2月6－10日磁暴期间的电离层扰动现象。 - Comparing the results with the observed value of ionosonde measured in Wuhan, we find that this model can objectively describe the actual situation in the mid-latitude ionospheric E layer.
将模式的计算结果与武汉地区测高仪的观测数据进行比较，结果证明模式能够较为客观地反映中纬电离层E层的实际形态。 - Simultaneously, all raw data can be stored in the computer for analyzing off line to meet different demands of investigating ionosphere. Secondly, the paper presents a vertical multiple frequency sounding technique of ionospheric disturbances by using the digital ionosonde.
同时，该系统还具有存储原始数据的功能，可根据需要进行脱机分析，满足对电离层观测研究的不同要求。其次，本文提出了一种在数字测高仪上实现垂直多频探测电离层扰动的方法。 - When analyzing the ionospheric long term trends from ionosonde observations, we found that just greenhouse effect is insufficient. We suggest that the long term variations of geomagnetic field may be another origin.
在利用测高仪观测分析电离层的长期变化趋势时，发现单纯的温室效应并不能造成这么大的变化，因此我们提出了地磁场的长期变化可能会造成电离层的长期变化。 - Based on the Ionosphere Digital Data which detected by the ionosonde ( vertical detection and oblique incidence detection) before seismos, this paper mainly analyse the phenomenon of the ionospheric anomaly, talk about the relationship between earthquake and ionospheric anomaly.
论文主要利用电离层地面探测（垂直探测和斜探测）仪器探测地震前兆的电离层数据对其异常现象进行分析，讨论研究电离层的异常现象与地震发生的关联性。