本文对闽台地区几次中强地震电磁观测和研究以及对地震的短临预报起到了一定推动作用。
The paper bring certain impel role for observation and research of electromagnetic radiation as well as draw near earthquake prediction in several middle-strong earthquakes in Fujian Taiwan area.
强烈的电磁辐射使得太阳活动观测中心的观察器拍摄到的像素变得模糊，并且产生了那个垂直的瑕疵。
The intense burst of electromagnetic radiation momentarily overwhelmed pixels in SDO's detectors causing the bright vertical blemish.
该天文台能观测到天体电磁频谱的X射线辐射，比如黑洞、类星体和高温气体。
This observatory is observing such objects as black holes, quasars, and high-temperature gases throughout the x-ray portion of the EM spectrum.
基于对观测信号的时域、频域分析的比较，给出了干扰信号与异常电磁辐射信号的判别方法。
Based on observed signals analysis and comparison in time - domain and frequency -domain, the method of distinguishing interfere signals and abnormal electromagnetic radiation signals is given.
EH4电磁系统要求在“远区”观测。
和宇宙中的其他三种力(电磁力、弱核力、强核力)相比，重力就微弱得多了，所以引力波很难被观测。
Compared with the other three forces in the universe (electromagnetism, the weak nuclear force and the strong nuclear force), gravity is relatively feeble, making gravitational waves hard to detect.
他们提出的新方式起始于一种观测—当某些特定的电磁辐射穿越大气层时，下雨会增加穿透的难度。
Their scheme starts from the observation that rain can make it harder for certain sorts of electromagnetic radiation to travel through the atmosphere.
依据电磁理论所做的分析与实验观测的结果相一致。
The analysis made on the basis of electromagnetic theory correspond with the result of our experiments.
在电磁场观测中噪声的存在将引起阻抗的严重畸变，干扰了解释的正确性、精确性和可靠性。
In measuring magnetic and electric field, noise will make impedance severely biases and affect correctness, accuracy and reliability of explanation.
电磁波发射机在电磁波观测系统研究项目中起了很好的作用。
Subtract electromagnetic wave transmitter is used well in the item of the electromagnetic wave observation investigation.
研究了频率域电磁测深中水平电偶源漏电对观测数据的影响。
The influence of current leakage from horizontal electric dipole on frequency electromagnetic sounding data was studied in this paper.
本文介绍第22太阳活动周峰年期间利用ULF波的观测和分析，对磁层近地空间电磁环境的研究。
In this paper investigations of the electromagnctic environment near Earth space by the observation and studying of ULF waves in the maximun period of the 22nd solar cycle are introduced.
本文记述了厦门市地震局几年来开展电磁波观测的情况，以及对各种非震异常信号的识别探索。
This paper reported the situations of developing electromagnetic wave observation before earthquakes in Xiamen city and the explorations on recognizing varieties of non-earthquake signals.
介绍了DJY- 2000b型地震电磁波脉冲观测系统的组成、工作原理、主要功能和技术指标等。
The structure, principle of working, primary functions and technical features of the Observation System of DJY-2000B Seismic Electromagnetic Impulse are introduced.
对河南省濮阳市地震台电磁波的观测资料进行了研究，总结了其异常变化特征。
An analysis for the observation data of the electromagnetic wave of Puyang City was made, the anomalous characters were summarized.
观测结果表明，电磁波异常可以作为一种地震的短临预报指标。
The results observed show that electromagnetic wave anomaly can be regarded as a shortterm and imminent predicting index of earthquake.
为了克服激发极化观测中经常遇到的电磁耦合干扰，以往研究大多基于电磁耦合的频率特点。
In order to remove the electromagnetic coupling interference which was encountered frequently in IP measurement, most previous studies were based on the frequency characteristics of em coupling.
结果表明，电磁波异常观测是一种有希望的临震预报手段。
The result obtained shows that observations of the electromagnetic wave anomalies might become a promising approach for earthquake predictions.
本文提出的矢量控制和扰动转矩观测器方法解决了电磁和力学耦合的问题。
The decoupling control of 3DOFM can be realized by vector control and disturbance torque observer.
瞬变电磁法的观测结果受多种因素的影响。
The TEM observation voltage is influenced by various factors.
在磨刀门海域，应用瞬变电磁测深法，船上作业，航行观测。
In the Modaomen sea area, the application of the TEM sounding.
相对于陆上同类测量而言，海底大地电磁探测成本高，作业难度大，且不易实施数据采集的重复观测。
Compared with continental operation, there are higher risk and expenses in detecting and more difficult in acquisition repeatedly on the marine magnetotellurics.
根据“地震及前兆数字观测技术规范”电磁部分的要求，在地磁台站建筑施工过程中，需用质子旋进磁力仪在现场对建筑物及周围磁场背景进行监测。
According to the require of the technique criterion, in the building process of geomagnetic station, it have to use rotation magnetometer to monitor the background of structure and site.
从太阳风-磁层能量耦合的普遍表达式出发，用34天连续的太阳风观测资料对电磁耦合机制进行了数值检验。
Based on the general formula of the energy transfer rate from the solar wind into the magnetosphere, the coupling mechanism of MHD flow is examined by using solar wind data for a period, of 34 days.
从太阳风-磁层能量耦合的普遍表达式出发，用34天连续的太阳风观测资料对电磁耦合机制进行了数值检验。
Based on the general formula of the energy transfer rate from the solar wind into the magnetosphere, the coupling mechanism of MHD flow is examined by using solar wind data for a period, of 34 days.
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