SOLAR ASYMMETRY AND SUN-EARTH CONNECTIONS

机译：太阳的不对称性与日地的联系

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The effect of solar activity on climate depends on the North-South solar activity asymmetry: the correlation between solar activity and a number of meteorological elements has opposite signs for predominantly more active Northern or Southern solar hemispheres. We find that the two hemispheres rotate differently, and show mat the interplanetary magnetic field at the Earth's orbit is related to the differential rotation of the more active hemisphere. One feature that is persistently different in the two solar hemispheres is the prevailing magnetic helicity, which is carried to the Earth by magnetic clouds preserving the helicity of the source region of their origin. We show that the reaction of the atmosphere to the arrival of magnetic clouds depends on the helicity of the clouds.

机译：太阳活动对气候的影响取决于南北太阳活动的不对称性：太阳活动与许多气象要素之间的相关性具有相反的迹象，表明北部或南部的太阳半球活跃得多。我们发现两个半球的旋转不同，并且表明地球轨道上的行星际磁场与更活跃的半球的旋转差有关。在两个太阳半球中始终存在差异的一个特征是普遍的磁螺旋，该磁螺旋通过保持其起源区域螺旋的磁云带到地球。我们表明，大气对磁云到达的反应取决于云的螺旋度。

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来源
《International Solar Cycle Studies (ISCS) Symposium 2003; Jun 23-28, 2003; Tatranska Lomnica, Slovak Republic》|2003年|p.323-328|共6页
会议地点 Tatranska Lomnica(SK)
作者
K. Georgieva; B. Kirov; J. Javaraiah;
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作者单位

Solar-Terrestrial Influences Laboratory at the Bulgarian Academy of Sciences, Bl.3 Acad.G.Bonchev str., 1113 Sofia;

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原文格式 PDF
正文语种 eng
中图分类环境科学基础理论;
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SOLAR ASYMMETRY AND SUN-EARTH CONNECTIONS

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