利用多模态微芯片集成EC和温度传感器对精准农业土壤状况进行现场监测

M. Futagawa, Y. Ban, K. Kawashima, K. Sawada
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引用次数: 6

摘要

为了精确控制植物的生长条件,需要能够直接插入和测量培养基中的微型传感器。制作了包括电导率和温度传感器在内的插入式多模态传感器。为了可视化营养液的扩散和实时监测营养液稀释浓度的下降,多模态传感器实时监测土壤中的三个不同深度和封闭土壤中的有限范围。我们首次利用多模态传感器实现了实际栽培环境的可视化。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
On-site monitoring of soil condition for precision agriculture by using multimodal microchip integrated with EC and temperature sensors
For precise control of the growth conditions for plants, miniaturized sensor which is capable to insert and measure in medium culture directly is required. Insertion type multimodal sensor including electrical conductivity (EC) and temperature sensor was fabricated. For a visualization of nutrient solution diffusion and a real time monitoring of decreasing concentration for rarifying nutrient solution, the multimodal sensor monitored three difference depths in soil and a limited extent in closed soil, in real time. We achieved to visualize in actual cultivation environment by using the multimodal sensor, for the first time.
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