Data for Publication "Nonlinear wave damping by Kelvin-Helmholtz instability-induced turbulence"

File is an IDL save file containing the data needed to reproduce the figures from Hillier, Arregui and Matsumoto (2024). This contains the x, y, z, and t axes of the simulation, the 2D density field (called density) at z=10, the 2D x-component of the velocity (called v_x), The kinetic energy density of the x and y velocity field at z =10 for t=35.2 (called KE_t35_2), the magnetic energy density of the x and y components of the magnetic field at z=0 for t=35.2 (called ME_t35_2), the total internal energy of the simulation domain varying over time (called E_internal) , the z variation of the kinetic energy at two times given by the 150 and 200th element of the t array in a tube (called tube_ke), the z variation of the magnetic energy at two times given by the 150 and 200th element of the t array in a tube (called tube_me), the shear layer density model for a density contrast of 1 to 3 calculated from the model of Hillier nad Arregui (2019) (called model_density), the mass above a given density threshold for the density field model density (called m_T)本文件为IDL保存文件（IDL save file），包含复现Hillier、Arregui与Matsumoto（2024）论文中所有图表所需的全部数据。具体涵盖如下内容：模拟所用的x、y、z、t坐标轴；z=10处的二维密度场（命名为density）；速度的x方向二维分量（命名为v_x）；t=35.2时刻、z=10处x与y方向速度场的动能密度（命名为KE_t35_2）；t=35.2时刻、z=0处磁场x与y分量的磁能密度（命名为ME_t35_2）；随时间变化的模拟区域总内能（命名为E_internal）；以t数组第150与第200个元素对应两个时刻下，管道内动能随z的变化分布（命名为tube_ke）；以t数组第150与第200个元素对应两个时刻下，管道内磁能随z的变化分布（命名为tube_me）；基于Hillier与Arregui（2019）的模型推导得到的密度对比度为1:3的剪切层密度模型（命名为model_density）；针对model_density密度场模型，给定密度阈值之上的总质量（命名为m_T）