一种基于单片机的水质物理测量设备样机的设计

Riky Arisandi, A. Wibowo
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引用次数: 0

摘要

正常水温是允许生物代谢和繁殖的水温。温度是水中一个非常重要的物理因素。温度和其中所含的物质/元素将决定水的密度、密度和饱和度。水温会从一个点到另一个点不同,或者根据一定的深度不同。这种差异是由于地理纬度和水体相对于太阳的位置不同造成的,从而导致每个地区对太阳辐射的接收不同。鉴于清洁水源的重要性,有必要建立监测系统和读取水质,以便将其用于消费和灌溉,因此在本研究中创建了基于微控制器的水监测系统,该系统安装在水源和流域。从系统中可以直接根据pH等元素进行水质分析过程,这些元素可以直接作为测量参数,并且可以实时准确地呈现。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
DESIGN OF A PROTOTYPE OF WATER QUALITY PHYSICS MEASURING EQUIPMENT BASED ON MICROCONTROLLER
Normal water temperature is the water temperature that allows living things to metabolize and reproduce. Temperature is a very important physical factor in water. The temperature and the substances/elements contained therein will determine the density, density and saturation of water. The water temperature will be different from one point to another or different based on a certain depth. The difference is caused by differences in geographical latitude and the position of a body of water with respect to the sun, causing the reception of solar radiation in each region to be different. Given the importance of clean water sources, it is necessary to have a monitoring system and read water quality so that it can be used and utilized for consumption and irrigation, so that in this study a micronotroller-based water monitoring system was created which was installed in water sources and watersheds, from the system it could be directly a water quality analysis process is carried out based on the pH and other elements that can be directly used as a measurement parameter and can be presented in real time and accurately.
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