In this survey, structure solutions for the longitudinal suspense equation within a magneto-electro-elastic (MEE) circular judgment are extracted via the implementation of two one-of-a-kind techniques that are viewed as the close generalized technique in its field. This paper describes the dynamics of the longitudinal suspense within a MEE round rod. Nilsson and Lindau provided the visual proof of the arrival concerning longitudinal waves within thin metal films. They recommended removal of anomalies between the ports concerning emaciated ($\cong 100$ Å) Ag layers preserved on amorphous silica because of being mildly $p$-polarized at frequency tier according to the brawny plasma frequency. Anomalies have been due to confusion over the longitudinal waves mirrored utilizing the two borders. The wavelength is connected according to this wave’s property, which is an awful lot smaller than the wave over light. The wave is outstanding only for altogether superfine films. However, metallic movies defended amorphous substrates that are intermittent within the forward levels of their evolution. This made researchers aware of the possibility on getting ready altogether few layers with a desire to discussing the promulgation about longitudinal waves up to expectation colorful each among reverberation or transport on $p$-polarized light. The mated options via the use of generalized Riccati equation mapping method or generalized Kudryashov technique show the rule and effectiveness regarding its methods then its ability because of applying one kind of forms over nonlinear incomplete differential equations.

在这项调查中，磁电弹性 (MEE) 循环判断中纵向悬念方程的结构解是通过实施两种独一无二的技术来提取的，这两种技术被视为其领域中的近似广义技术。本文描述了 MEE 圆棒内纵向悬念的动力学。Nilsson 和 Lindau 提供了有关金属薄膜中纵波到达的视觉证据。他们建议移除端口之间关于消瘦（$\cong 100$ Å) 银层保留在无定形二氧化硅上，因为它是温和的 $p$-根据强壮的等离子体频率在频率层极化。异常是由于对利用两个边界镜像的纵波的混淆造成的。波长是根据这个波的特性来连接的，它比光上的波小得多。该波仅适用于完全超细的薄膜。然而，金属电影为非晶衬底辩护，这些衬底在其进化的正向水平内是间歇性的。这使研究人员意识到可以准备好几层，希望讨论关于纵波的发布，直到在混响或传输中各不相同。$p$-偏振光。通过使用广义Riccati方程映射方法或广义Kudryashov技术的配对选项显示了其方法的规则和有效性，以及由于在非线性不完全微分方程上应用一种形式的能力。