热- tdr传感器在土壤物理测量中的应用

Yili Lu, W. Peng, T. Ren, R. Horton
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引用次数: 0

摘要

先进的传感器为提高对土壤性质和过程的理解提供了新的机会。其中一种传感器是热- tdr传感器,它结合了热脉冲探头和时域反射探头的功能。利用热- tdr传感器对土壤热、水力和电性能进行精细测量的最新进展,可以同时测量土壤状态变量(温度、含水量和冰含量)、热和电性能(热扩散率、热容、导热性和体积电导率)、结构参数(体积密度和充气孔隙率)和通量(热、水和蒸汽)。本章描述了热tdr技术的理论、方法和潜在应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Applications of Thermo-TDR Sensors for Soil Physical Measurements
Advanced sensors provide new opportunities to improve the understanding of soil properties and processes. One such sensor is the thermo-TDR sensor, which combines the functions of heat pulse probes and time domain reflectometry probes. Recent advancements in fine-scale measurements of soil thermal, hydraulic, and electrical properties with the thermo-TDR sensor enable measuring soil state variables (temperature, water content, and ice content), thermal and electrical properties (thermal diffusivity, heat capacity, thermal conductivity, and bulk electrical conductivity), structural parameters (bulk density and air-filled porosity) and fluxes (heat, water, and vapor) simultaneously. This chapter describes the theory, methodology, and potential applications of the thermo-TDR technique.
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