How is amplitude used in the study of nonlinear waves and solitons?

In the high-amplitude wave regime, at each point in the axial plane, the temperature has a maximum, a minimum, and a time (or longitudinally) averaged value ... amplitude wave activity and noted that the meridional excursion exhibited during LC1 was partly nonlinear advection and not completely a wave propagation phe-. Nov 29, 2017 ... A traveling wave is given by y(x, t) (6 cm) sin(12x + 50t), where x is in m and t is in sa. What are the amplitude, wave number, and angular frequency? Below is a graph of the cosine function. You can see that the range in a cosine function is always from –1 to 1. Wave amplitude. So you know that. Aug 21, 2023 ... We show that in a bubbly medium, the high frequency components of finite amplitude waves are attenuated and dissipate quickly, but a low ... This paper proposed a WSAW frequency estimation method based on an improved RELAX algorithm, incorporating two improvements. Abstract Finite-amplitude initially spanwise-independent two-dimensional rotational waves and their nonlinear interaction with unidirectional O(1) shear ... Jan 22, 2021 ... Direct measurements reveal instabilities and turbulence within large amplitude internal solitary waves beneath the ocean. Ming-Huei Chang ... We consider two-dimensional steady periodic gravity waves on water of finite depth with a prescribed but arbitrary vorticity distribution. Jul 7, 2020 ... ... waves, across all energy and pitch angle space. We conduct five experiments each with different values of the electromagnetic wave amplitude.