Science. 1987 Mar 27;235(4796):1631-3. doi: 10.1126/science.235.4796.1631.
Sluggish global oscillations, having a periodicity of months and trapped in the sun's convection zone, modulate the amount of energy reaching Earth and seem to impose some large-scale order on the distribution of solar surface features. These recently recognized oscillations (r-modes) increase the predictability of solar changes and may improve understanding of rotation and variability in other stars. Most of the 13 periodicities ranging from 13 to 85 days that are caused by r-modes can be detected in Nimbus 7 observations of solar irradiance during 3 years at solar maximum. These modes may also bear on the classical question of persistent longitudes of high solar activity.
全球缓慢的震荡,其周期为几个月,被困在太阳的对流层中,调节着到达地球的能量数量,似乎对太阳表面特征的分布施加了某种大规模的秩序。这些最近被认识到的震荡(r-模式)增加了太阳变化的可预测性,并可能有助于理解其他恒星的自转和变化。在太阳活动极大期的 3 年中,Nimbus 7 对太阳辐照度的观测可以探测到由 r-模式引起的 13 到 85 天的 13 个周期性变化。这些模式也可能与太阳活动高持续经度的经典问题有关。