Understanding the propagation process of acoustic waves in the soil is very important for
designing high-performance acoustic wave detection devices. In this study, the discrete …

Acoustic attenuation is a significant index in acoustic detection, which can reflect a large
number of physical properties of the medium, so it is vital. This work aims to study the …

To analyze the phenomenon of distortion and frequency dispersion in the ultrasonic
pressure curve at the excitation transducer-soil contact interface (incident interface), a new …

Soil temperature is one of the important environmental factors for the underground parts of
plants. It is important to detect soil temperature in agricultural production. Acoustic waves …

To obtain accurate soil parameters and improve the accuracy of the acoustic-soil discrete
element simulation model, we studied the model's parameter calibration. The simulation test …

Knowledge of distinct effects of moisture content and air volume on acoustic properties of
soil is sought to predict the influence of human activities such as cultivation on acoustic …

This work deals with the problem of measuring moisture content in agricultural soil by means
of an on-site, easy to use and real-time acoustic wave system. The method is based on the …

Precision agriculture is a farming management concept based on observing and responding
to intra-field variations. One of the most important soil properties in farming is soil moisture …

The study of the propagation and dissipation of acoustic waves through a fluid-containing
porous medium is crucial for the successful application of seismic methods to characterize …

The potential application of this work is the detection and imaging of buried objects using
acoustic methodology. To image buried artifacts, it is vital to know speed and attenuation of …