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从液压密封间隙内得出的摩擦数据有助于获得更多有关密封过程的知识。为了把这些研究成果用来作为密封设计的依据，对最初的结果进行评价是很重要的。特性系数与工作参数变化的关系对设计过程能够产生有实用意义的方法。
Friction data from the hydraulic seal gap helps to gain more knowledge about the sealing process. In order to use these findings as a basis for seal design, it is important to evaluate the initial results. The relationship between the characteristic coefficient and the variation of the working parameter can produce a practical method for the design process.