论文标题
太阳耀斑的位置是否说明了太阳内层的边界？
Do the solar flares' locations illustrate the boundaries of the solar inner layers?
论文作者
论文摘要
在1975--2021期间，已经研究了太阳能燃料的射击或螺旋体坐标与太阳盘上中心的射射线的角度距离，用于GOOS事件，以及2002--2021的Rhessi事件。此后给出特定的分布。该分布保持不变，而没有显着变化太阳耀斑的重要性值，不同的坐标系，不同的分类和不同的观察卫星。另外，它在每个太阳周期中给出相同的分布。距离分布的曲率具有四个峰，这是由太阳能磁盘中心周围的四个中心环表示，看起来像背景中的太阳能内层。 1）核心圆[0--15 $^{\ circ} $]：这是太阳能磁盘上太阳能芯的投影。 2）辐射环[15 $^{\ circ} $ - 45 $^{\ circ} $]。 3）对流戒指[45 $^{\ circ} $ - 55 $^{\ circ} $]。肢体环[80 $^{\ circ} $ - 90 $^{\ circ} $]。辐射和对流环中发生了大量太阳耀斑。虽然我们在核心和肢体环上有一些事件。
The angular distance of the heliographical or helioprojective coordinates of the solar flares to the projective point of the center of the Sun on the solar disk has been studied during the periods 1975--2021 for GOES events and 2002--2021 for RHESSI events. It gives a specific distribution hereafter Distance. The distribution remains the same without significant changes in the importance value of the solar flare too, with the different coordinate systems, different GOES classifications, and different observational satellites. In addition, it gives the same distribution during each solar cycle. The curvature of the distance distribution has four peaks, which are denoted by the four central rings around the center of the solar disk that look like the solar inner layers in the background. 1) The core circle [0--15$^{\circ}$]: it is a projection of the solar core onto the solar disk. 2) Radiative ring [15$^{\circ}$--45$^{\circ}$]. 3) The convection ring [45$^{\circ}$--55$^{\circ}$]. The limb ring [80$^{\circ}$--90$^{\circ}$]. A large number of solar flares occurred in the radiative and convection rings. While we have a few events in the core and limb rings.
