Dielectric properties are crucial in understanding the behavior of water within soil,
particularly the soil water content (SWC), as they measure a material's ability to store an …

The measurement of soil moisture in agriculture is currently dominated by a small number of
sensors, the use of which is greatly limited by their small sampling volume, high cost, need …

The moisture content of pharmaceutical powders can significantly impact the physical and
chemical properties of drug formulations, solubility, flowability, and stability. However …

Internet of things (IoT) systems for precision agriculture offer the opportunity for more efficient
use of water and fertilizers. Here, capacitive moisture sensors are screen-printed on a fully …

The soil dielectric constant model reflects the relationship between the volumetric water
content and the dielectric constant. The ground penetrating radar (GPR) could quickly …

Weeds reduce agricultural productivity by competing for resources intended for crops.
Recently, the deactivation of weed seedbanks by microwave (MW) radiation has been …

Dielectric behavior of soil has utmost applications in microwave remote sensing and soil
treatment. In the present study, the soil's dielectric properties (Ɛ'and Ɛ") were measured …

The present study focuses on the effects of vermicomposting on various soil properties,
particularly emphasizing the dielectric characteristics of soil. Vermicomposting is known to …

Field compaction practice and (or) weather conditions could lead to excessively wet
unbound granular pavement materials (UGMs) or pavement layers that are problematic for …

This work reports the design, fabrication, implementation and testing of Archimedean spiral,
fringing field, planar interdigital capacitive sensor employing printed circuit board technology …