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近年来,国内外一些学者曾试图将电学理论引入到液压技术中来,以促进液压技术的发展,但因液压放大器的问题没有从理论上得到解决,所以这项工作一直停留在液阻、液容、液感的概念和公式的水平上。本文作者对此进行了研究,希望这一理论的推进能导致液压系统设计理论的更新,并创造出新型的液阻、液容等元件,使液压技术能够得到更广阔的应用前景。目前,作者用液阻、液容、液感和柱阀理论来计算和分析液压回路能得到目前一般的方法所得的结果相同,并进行了实例设计。本文将分五期发表,望广大读者提出宝贵意见。
In recent years, some scholars at home and abroad have tried to introduce electrical theory into hydraulic technology to promote the development of hydraulic technology. However, the problem of hydraulic amplifier has not been solved theoretically. Therefore, this work has been staying in liquid resistance, liquid The concept of volume, liquidity and the level of formula. The author of this paper has carried on the research, hopes this theory advancement can cause the hydraulic system design theory renewal, and creates the new type liquid resistance, the fluid capacity and so on the component, causes the hydraulic technology to be able to obtain the broader application prospect. At present, the authors calculate and analyze the hydraulic circuit using the liquid resistance, liquid volume, fluidity and column valve theory. The results obtained by the current general method are the same and examples are given. This article will be published in five issues, hope that the vast number of readers for their valuable advice.