In Figure1.mat, the Ef_u_d_ave and Ef_v_d_ave represent the long-time mean diurnal energy flux; the Ef_u_semi_ave and Ef_v_semi_ave represent the long-time mean semidiurnal energy flux. The degree can be derived from the energy flux in u and v directions.<\/p>\n
In Figure2.mat, the uav and vav represent the long-time mean current field; the Ef_u_d_ave and Ef_v_d_ave represent the long-time mean diurnal energy flux; the Ef_u_semi_ave and Ef_v_semi_ave represent the long-time mean semidiurnal energy flux.<\/p>\n
In Figure3.mat, the Ef*_jan_d and Ef*__jan_s variables represent the diurnal energy flux in looping condition; the Ef*_jul_d and Ef*__jul_s variables represent the diurnal energy flux in leaping condition; The n* variables represent the corresponding stratification.<\/p>\n
In Figure4.mat, cg_d and cg_s indicate the group speeds with and without the current.<\/p>\n
In Figure5.mat, the cg*anomal variables indicate the group speed anomalies; the lat_ray* and lon_ray* variables indicate the wave-tracing patterns.<\/p>\n
Feel free to contact the corresponding author if you have any questions.<\/p>\n
Figure1.mat<\/a> In Figure1.mat, the Ef_u_d_ave and Ef_v_d_ave represent the long-time mean diurnal energy flux; the Ef_u_semi_ave and Ef_v_semi_ave represent the long-time mean semidiurnal energy flux. The degree can be derived from the energy flux in u and v directions. In Figure2.mat, … Continue reading
\nFigure2.mat<\/a>
\nFigure3.mat<\/a>
\nFigure4.mat<\/a>
\nFigure5.mat<\/a><\/p>\n","protected":false},"excerpt":{"rendered":"