Denver-the most powerful geomagnetic storm possible walloped the Earth early wednesday, knocking out some airline communications but apparently causing no large power outages or other major problems.

1、

Reduced risk of solar flares: In 1859, a massive solar flare and geomagnetic storm hit the Earth.

耀斑威胁减小：1859年，一场来自太阳的巨大的耀斑产生的超级磁暴袭击了地球。

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2、

Could another reversal be on its way?

难道是,下一次的地磁反转即将来临?

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3、

Some IGRF data are used in drawing up the China GRF.

在研制中国地磁等值图中也得到某些应用.

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4、

Absolute age and paleomagnetism have been subjected to intensive studies.

绝对年龄和古地磁也已得到深入研究.

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5、

An interplanetary origin of great geomagnetic storms: multiple magnetic clouds

特大地磁暴的一种行星际源：多重磁云

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6、

This paper provides a statistical study of the variation of the Atmospheric Vorticity Area Index ( VAI) during geomagnetic storms for 1966-1978. The results show that the influence of geomagnetic storms on VAI is very obvious.

本文分析了1966&1978年间地磁暴期间地球大气气旋的变化。在地磁暴发生后，大气涡度面积指数（VAI）出现明显的扰动。

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7、

Comparing with the same period in last solar cycle when the solar activity was stronger, number of geomagnetic storms was significantly reduced.

对比上一活动周相同时间段发现，在这段太阳活动极低的时间，地磁暴的数目显著减少。

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8、

Study on the magnetic storms and the outbursts of type 45C at 9375 MHz

论地磁暴与9375MHz45C型爆发

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9、

The sun-earth connection event of January 6-11, 1997

1997年1月611日日地连接事件对磁暴-环电流-对流电场的讨论

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10、

The Influence of Geomagnetic Storms on Power Systems

地磁暴对电力系统的影响

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11、

Geomagnetic storms caused by solar activity produce geomagnetic induced currents ( GIC).

太阳活动引发地磁暴产生地磁感应电流（GIC）。

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12、

Anisotropy Analyses of Cosmic Ray Before the Geomagnetic Storm on Sep.24,1998

1998年9月24日地磁暴前宇宙线各向异性特性分析

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13、

CORRELATIONS OF Dst INDEX WITH THE INTERPLANETARY ELECTRIC FIELD Forecasting Dst Index With Artificial Neural Network

行星际电场与Dst指数利用行星际监测数据进行地磁暴预报

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14、

Ionospheric negative phase storm effects are exhibited in the reconstruction results during the magnetic storm. The study of present paper confirms that ( time-dependent) 3-D CIT with ground-based GPS network and occultation observations is a powerful tool to monitor large-scale ionospheric structures under disturbed conditions.

重建结果清晰地显示了磁暴期间电离层负相暴效应，表明结合GPS地面台网和掩星观测的时变三维电离层层析可以有效地监测扰动条件下的大尺度电离层结构。

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15、

Flares, 200 Mhz Radio Bursts and Magnetic Storms

耀斑、200MHZ射电爆发和地磁暴

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16、

Coronal holes, 146 MHz emissions and geomagnetic storms

冕洞、146MHz太阳辐射与地磁暴

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17、

Thus, researching interplanetary origins of geomagnetic storms is a key factor in understanding and forecasting geomagnetic storms.

因而，地磁暴的行星际源研究是了解及预报地磁暴的关键因素之一。

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18、

The Geomagnetic Storm's Prediction by The multivariate Statistical Analysis

用多元统计分析予报地磁暴

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19、

Effects of the Interplanetary Disturbances on Geomagnetic Storm Development

行星际扰动对地磁暴发展的影响研究

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20、

In this paper, based on the data from five Chinese Stations, the positive phase ionospheric disturbances ( f0F2 enhancement) are studied. Their temporal and spatial variations, and their relations to geomagnetic storms are obtained.

本文对我国五个电离层站月报资料中的正相电离层骚扰（f0F2增加）作了分析研究，获得了正相骚扰时空变化的规律性，地磁暴与正相电离层骚扰的关系。

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