Overapplication of nitrogenous fertilizers causes a detrimental impact on the environment,
particularly on soil and water. As an accurate yet cost-effective solution, this work presents a …

The interstitial fluid of the skin contains glucose levels comparable to those of blood.
Noninvasive glucose sensing by microwaves has great potential to relieve diabetics from the …

This paper introduces a comparative study between two methods, standard oven drying
method and microstrip moisture sensor (MMS), for calculating moisture content (MC) of …

A microstrip patch antenna (MPA) is designed to detect a tumor in the human brain. It is
aimed so because the location of tumor can be easily targeted by rotating the antenna array …

This study aimed to investigate the structural design of a cantenna with Woodpile shaped
electromagnetic band gap (EBG) for gain enhancement and to increase the efficiency of …

Material property based field exploration research is not a new concept but
'Metamaterial'has developed a step ahead of exploration by enriching the knowledge of …

A design of high sensitivity Vivaldi antenna is introduced for detecting the low sugar and salt
concentrations in water. The reason for selecting the Vivaldi antenna configuration is to …

Prolonging the shelf life of bread through cost-effective methods becomes imperative in
times of a pandemic when numerous countries are grappling with extended lockdowns. This …

This project addresses the lack of a real-time, low-cost sensor to detect salt levels in water.
The authors aim to develop an optical fiber sensor for water salinity detection. The sensor …

This project addresses the lack of a real-time, low-cost sensor to detect salt levels in water.
The authors aim to develop an optical fiber sensor for water salinity detection. The sensor …