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Method for determining the structural phase high-pressure liquid centers, especially centers of highly viscous liquids

机译:确定结构相高压液体中心,尤其是高粘度液体中心的方法

摘要

designation wysokou015bciennych structural phases and liquid, especially liquid highly viscous centres, intended to study structural properties of fluid lubrication means used in production lines or devices working in the high pressures of up to 2000 bar, is that the liquid (1), preferably oil ru0105cznikowy,subject spru0119u017caniu in high-pressure chamber (4) with a plunger (2), shall be subjected to stability in terms izotermicznych and izohorycznych by approximately 100 hours, after which, on the basis of pressure drop and the fall in the value of the module defines the production phase you basic compressibility sokociu015bnieniowej.then, in the case of the initial absence of pressure variation, the liquid (1) is subjected to rozpru0119u017caniu in high-pressure capillary (7) by continuous time measurement value due to the length of capillaries using a manometer pressure, while in mo the document of a maximum pressure differential measured pressure gauges.shall be determined in accordance with the law hegena poisseull and maximum value of a dynamic viscosity of the liquid (1), which defines the basic jump value phase structure of high-pressure liquid (1), after which shall be further, continuous in time pressure measurement at the inlet and outlet capillaries high-pressure (7) and the measurement of volume of liquid (1),then on the basis of the voltage drop in the time change curves and longitudinal viscosity value determines the decay phases of dynamic pressure and dynamic high-pressure viscosity value, in which the phase high-pressure liquid test medium it (1).
机译:名称为wysoko u015bciennych的结构相和液体,尤其是液体高粘度中心,旨在研究在最高2000 bar高压下使用的生产线或设备中使用的流体润滑装置的结构特性,是指液体(1),最好是带有柱塞(2)的高压腔(4)中的油r u0105cznikowy,对象spr u0119 u017caniu应按照izotermicznych和izohorycznych的规定进行稳定约100小时,然后根据压降并且模块值的下降定义了基本可压缩性的生产阶段。然后,在最初没有压力变化的情况下,液体(1)在高压下经受rozpr u0119 u017caniu毛细管(7)通过使用压力计压力的毛细管长度,通过连续时间测量值来确定,同时应确定最大压力差测量压力表的文件。 d根据hegena poisseull定律和液体(1)的动态粘度的最大值,该值定义了高压液体(1)的基本跃变相结构,此后应进行连续,连续的压力测量在入口和出口毛细管高压(7)和液体体积的测量(1)处,然后根据时间变化曲线中的电压降和纵向粘度值确定动压力和动高压的衰减阶段-压力粘度值,其中相为高压液体测试介质(1)。

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