论文标题
光核碰撞中的流动
Flow in collisions of light nuclei
论文作者
论文摘要
在本次演讲中，我们讨论了小型系统中集体流的几个有趣的方面，参考了计划的未来实验。首先，我们引入了新颖的可能性，探索椭圆形的椭圆流在两极分化的deuteron目标上碰撞，在@lhc计划之后可访问@lhc程序后3个。然后，我们将目前认为是$ {}^{16} {16} {\ rm o} {\ rm o} {\ rm o} - {16}^16} and and的Glauber模型进行预测。最后，我们求助于先前的提案，以在光核与重核碰撞中，在光核结构中固有相关性的特定流量特征（例如所假定的$α$ clusterization）。尤其是，$ {}^{12} {\ rm c} $ - 重核超旧反应将为基层$ {}^{12} {\ rm c} $结构提供深入了解，以互补与传统的核结构相辅相成。
In this talk we discuss several interesting aspects of collective flow in small systems in reference to planned future experiments. First, we bring in the novel possibility of exploring elliptic flow with heavy nuclei collisions on polarized deuteron targets, accessible in AFTER@LHC program after Long Shutdown 3. Then we pass to the Glauber model predictions for the presently considered ${}^{16}{\rm O}-{}^{16}{\rm O}$ program and RHIC and the LHC. Finally, we turn to our previous proposal concerning specific flow signatures of intrinsic correlations (such as the supposed $α$ clusterization) in the structure of light nuclei in collisions with heavy nuclei. In particular, ${}^{12}{\rm C}$--heavy nucleus ultrarelativistic reactions would provide insight into the ground-state ${}^{12}{\rm C}$ structure, complementary to the traditional nuclear structure features.
