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1·In some simple conditions, all possible exact explicit travelling wave solutions are given.

在一些简单条件下，给出了所有可能的精确的解析行波解。

2·However, the theory and technology of existing protection based on travelling wave is imperfect.

然而现有行波保护的保护原理还不成熟，技术还不完善。

3·By constructing proper upper-lower solutions, the existence of travelling wave solutions was proved.

通过构造适当的上下解，证明行波解的存在性。

4·The main aim of this paper is to deal with location measurement of modal zero travelling wave front.

主要讨论了解决零模行波波头定位的问题。

5·The rationality of the travelling wave solution and the expansion by Taylor's series has been confirmed.

还论证了取行波解和作泰勒展开的合理性。

6·No effort was made to assess the performance of the surveyed materials as surface travelling wave absorbers.

评估表明，把被研究材料作为表面行波吸收剂是不可行的。

7·A test technique of the microwave properties of the dielectric rod of the travelling wave tube is discussed.

本文讨论了行波管夹持杆微波性能的测试技术。

8·Carbon nanotube (CNT) arrays have prominent advantages for travelling wave tube (TWT) as cold cathode application.

碳纳米管阵列用于行波管冷阴极具有显著的优越性。

9·Some Exact Travelling Wave Solutions Of The Generalized Seventieth Order KdV Equation By The Fractionary Deforming Method;

计算结果表明，分数形变映射法可以十分有效，它是非线性复杂方程的求解特殊新方法之一。

10·More explicit travelling wave solutions can be obtained by using this method to solve other nonlinear travelling wave equations.

将该方法应用于其它非线性波方程(组)中，可获得更多的显式行波解。