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通过对赤道地区产重波激发的Ｓｐｒｅａｄ－Ｆ扰动的非线性制约方程的拓扑特性。在不同扰动波长和扰动振幅的条件下进行数值计算，以及对原始非线性方程组在不同参数范围内进行数值模拟，显示了声重波的垂直扰动分量对ＥＳＦ演化的影响，为赤道地区Ｓｒｅａｄ－Ｆ形态的多样性提供了一种非线性的解释．
Topological Properties of Nonlinear Constraint Equations via Spread-F Excitation of Emissions from Equatorial Mass. The numerical simulation is carried out under different disturbance wavelengths and disturbance amplitudes. The numerical simulation of the original nonlinear equations in different parameters shows that the vertical disturbance component of the acoustic-heavy wave has an effect on the evolution of ESF. For the Sread- The diversity of F-forms provides a non-linear explanation.