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1·The shallow water wave theory is employed in the description of tidal flows.

潮流场计算是基于浅水波理论。

2·In this paper, some basic problems of nonlinear shallow water wave model are studied.

本文对浅水非线性波模型的若干基础问题进行研究。

3·In chapter 5, the classification of the traveling wave solutions of shallow water wave systems is studied.

第五章讨论了浅水波系统行波的分类问题。

4·In chapter 7, the application of shallow water wave systems in the research of tsunamis models is studied.

第七章讨论了浅水波系统在海啸模型研究中的应用。

5·In chapter 6, the orbital stability and linear stability of the solitary wave solutions of shallow water wave systems is discussed.

第六章讨论了浅水波系统孤立波的稳定性问题。

6·The FFT algorithm is used to realize wave molding. The deep-water waves, shallow water waves, surface waves are molded by the FFT algorithm.

在水波建模方面，本文除了用FFT算法来实现水波建模，还给出了深水波、浅水波、表面波在FFT算法基础上的实现。

7·In this paper, variable separation solution and soliton excitations of the (1 + 1) -dimensional generalised shallow water wave equation are obtained.

研究(1 + 1)维广义的浅水波方程的变量分离解和孤子激发模式。

8·In this paper, based on the computerized symbolic computation, solutions of variable-coefficient the generalized shallow water wave equation are obtained.

利用该方法，运用计算机符号计算，求出了变系数的一般浅水波方程的孤子解。

9·Therefore, the study of higher-order nonlinear approximate to shallow water waves enriches the water wave dynamics and is crucial to engineering practice.

因此，研究非线性浅水波的高阶渐近解对丰富近海水波动力学理论和指导工程实践均具有重要意义。

10·The model system is made up of two main sections, the calculating module for shallow water wave transformation, the calculating module for harbor wave diffraction.

本文模型系统主要由两部分组成，波浪浅水变形计算模块和港内波浪绕射计算模块。