In this study, we have discussed the implications of fractal dimensions in flame diffusion
theory based on the notion of non-integer dimensional space for complex fractal media. We …

The development of novel digital auscultation techniques has become highly significant in
the context of the outburst of the pandemic COVID 19. The present work reports the spectral …

Carbon nanoparticles (CNP) were synthesized through flame deposition method from a
sustainable corn oil precursor. The morphology, particle size, surface chemistry, thermal …

Particulate matter, represented by soot particles, poses a significant global environmental
threat, necessitating efficient control technology. Here, we innovatively designed and …

The oxidation behavior of actual diesel particulate matter (DPM) prepared from diesel
combustion was studied using a dielectric barrier discharge (DBD) reactor. The primary …

The present work suggests a method of improving the thermal system efficiency, through
entropy minimisation, and unveils the mechanism involved by analysing the …

The photothermal phenomenon resulting in thermal lens formation in liquid media involves
complex molecular dynamics responsible for temperature and refractive index variation. As …

The paper delves into the plausibility of applying fractal, spectral, and nonlinear time series
analyses for lung auscultation. The thirty-five sound signals of bronchial (BB) and pulmonary …

This paper employs the sensitive single-beam thermal lens technique for analyzing the
thermal behavior of gasoline soot containing allotropes of carbon by preparing its nanofluid …

Fractal theory was used to characterize particles and particle trapping parameters to
accurately predict the particle filtration process inside a gasoline engine particle filter (GPF) …