The detection of chemical samples having close dielectric response is a big challenge as
the detection principle is driven by the variations in the dielectric parameters of the …

Driven by economical gain, adulteration has been practiced around the world and it spreads
in all sectors such as food, cosmetics and fuels. In order to verify the authenticity of …

Rapid and accurate quality control for fuel adulteration is a major economic and health
concern. Current technology lacks capability to provide speedy and accurate point of sale …

This paper utilizes a hybrid kernel method based on a cubic+ exponential kernel to
reconstruct the temperature field in a measurement area. In the experiments, we simulate …

A surface plasmon resonance (SPR) chemical sensor with gold as the sensitive material has
been designed to detect the adulteration of petrol by kerosene. Samples of petrol …

Ultrasonic techniques have been applied to assess crucial physical parameters in various
types of fuels including the speed of sound (SoS), the bulk modulus and the acoustic …

Presently, the quantification of water content in ultra high temperature (UHT) processed milk
predominantly relies on destructive methods such as pH and conductivity measurements …

Laboratory scale experiments were carried out under static conditions using an acoustic
flowmeter to investigate the effect of composition and total solids (TS) content of dairy …

In this study, we examine the chemical stability of two disazo dyes, namely Solvent Red 19
and 23 (SR 19 and SR 23), under simulated conditions. Both dyes are considered to be …

A series of novel naphthalene-chalcone gelators, G b1–6, with different alkyl units, were
designed and synthesized as potential low molecular weight gelators. The prepared …