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Measurement of soil water content in a hyper-arid environment using time-domain reflectometry sensors

机译:使用时域反射计传感器测量高干旱环境中的土壤水分

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摘要

Time-domain reflectometry (TDR) sensors have been widely used in many fields for measurement of soil water content. However, few TDR sensors have been used in a hyper-arid environment (e.g. less than 0.05 m~3 m~(-3)), and such sensor applicability is not yet confirmed. In this study we examine θ — t and θ — ε_(bulk) relations and temperature dependency for natural sand and glass beads in a laboratory using commercially available TDR sensors. As a result, this study clarifies that TDR sensors are applicable even in a hyper-arid environment when calibration was properly made. We also focus on a specific range of soil water content, which leads to a highly precise calibration equation.
机译:时域反射仪(TDR)传感器已在许多领域中广泛用于测量土壤含水量。然而,在高干旱环境中(例如,小于0.05m〜3m〜(-3)),很少使用TDR传感器,并且尚未确认这种传感器的适用性。在这项研究中,我们在实验室中使用市售TDR传感器检查了天然沙子和玻璃珠的θ_t和θ_ε_(bulk)关系以及温度依赖性。结果,该研究表明,正确校准后,即使在超干旱环境中,TDR传感器也适用。我们还将重点放在土壤含水量的特定范围内,从而得出高度精确的校准方程式。

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