DESIGN AND BUILD UP THE STIRRER VISCOMETER

Lamria Sri Manurung, Hendar Sudrajad
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引用次数: 2

Abstract

Fluids are substances that can flow. One of the flow substances is liquid. Every liquid has a characteristicthat distinguishes a liquid from another liquid. One characteristic of a liquid is viscosity (thickness). Themeasuring instrument used to determine the viscosity of a liquid is a viscometer. Due to the importance of theamount of viscosity, so it is necessary to know the measurement easily, cheaply, and thoroughly. One methodis to use a stirrer viscometer as a liquid viscous measurement devices. The purpose of this research was todetermine the construction and test the designed stirrer viscometer. The research method used is theexperimental method. The procedure of this research includes designing, assembling, and testing a stirringviscometer. The results of experiments that have been carried out show that the stirrer viscometer devicescan to used to measure the viscosity of liquids with time and temperature indicators. This tool effectivelyproves that the temperature affects the viscosity of a liquid where the higher the temperature of the liquid, thelower the value of the viscosity of the liquid, and conversely the lower the temperature of the liquid, thehigher the viscosity value of the liquid.
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设计和制造搅拌粘度计
液体是可以流动的物质。流动物质之一是液体。每一种液体都有一种区别于其他液体的特性。液体的一个特性是粘度(厚度)。用来测定液体粘度的测量仪器是粘度计。由于粘度的量的重要性,所以有必要知道测量容易,便宜,彻底。一种方法是使用搅拌粘度计作为液体粘度测量装置。本研究的目的是确定所设计的搅拌粘度计的结构和测试。研究方法采用实验方法。本研究的过程包括一个搅拌粘度计的设计、组装和测试。实验结果表明,搅拌式粘度计可用于测量具有时间和温度指标的液体的粘度。该工具有效地证明了温度对液体粘度的影响,液体的温度越高,液体的粘度值越低,反之,液体的温度越低,液体的粘度值越高。
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