基于物联网数据采集系统的土壤系数渗透仪制造

Fahrur Aslami, Elysa Nensy Irawan, M. S. Muntini, D. Warnana, Ahmad Syahdi Al Khawarizmi
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引用次数: 0

摘要

:成功研制了基于物联网数据采集系统的土壤渗透系数测量仪。测量设备采用降头渗透仪的概念。MPX10GP传感器用于测量水位。测量范围为水位6- 40cm,得到每1cm + 36的渗透系数值。来自后续测量系统的数据被传输到互联网,以便智能手机可以访问。根据3个样品的测量结果,甘塘山坡面土壤渗透系数值为0.0016 cm/s, Sepuluh no11 (ITS)池塘堤岸土壤渗透系数值为0.0005 cm/s, Bengawan Solo河堤岸土壤渗透系数值为0.0002 cm/s。结果与文献吻合,差值仅为2.7%。通过这种研究方法,有望快速准确地绘制出滑坡易发地区的地图。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Manufacturing of Soil Coefficient Permeability Meter with Data Acquisition System Based on Internet of Things (IoT)
: Soil permeability coefficient and measuring instrument using a data acquisition system based on Internet of Things (IoT) has been successfully made. The measuring equipment uses the falling head permeame-ter concept. MPX10GP sensor is used to measure water level. The measurement range is 6-40 cm water level, to obtain + 36 permeability coefficient value of each 1 cm. The data from the subsequent measurement systems is transmitted into the internet network so that it can be accessed by smartphone. Based on the measurement results of three samples, the slopes of Mount Ngantang have a soil permeability coefficient value of 0.0016 cm/s, the Institut Teknologi Sepuluh Nopember (ITS) pond embankment is 0.0005 cm/s, and the Bengawan Solo River embankment is 0.0002 cm/s. These results match with the reference and the difference value is only 2.7%. By using this research method, it is expected to draw up a map of the area that is prone to landslides quickly and accurately.
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