Incomplete combustion is the main source of airborne soot, which has negative impacts on
public health and the environment. Understanding the morphological and chemical …

Extensive research has been conducted on nanostructured metal oxide electrodes for
energy storage applications, particularly in supercapacitors, owing to their high specific …

The soot in laminar coflow methane and ethylene diffusion flames with different hydrogen
addition ratios is sampled by a capillary soot sampling system and analyzed by Fourier …

Even at low concentrations, poly‐aromatic hydrocarbons found in soot have substantial
health implications. Soot deposits have been reported and studied using FTIR and Raman …

The lacking of laboratory black carbon (BC) samples have long challenged the
corresponding toxicological research; furthermore, the toxicity tests of engineered carbon …

Surgical mask waste (SMW) is one of the challenges left by Corona pandemic and other
possible epidemics in the future. Gasification treatment is one of the most eco-friendly …

The goal of this work is to understand the effect of fuel molecular structure on soot
precursors and soot in an axisymmetric, co-flow, laminar flame configuration at atmospheric …

Efficient and harmless treatment of microplastics in soil is the current focus of microplastic
pollution management. In this study, the pyrolysis effect of soil microplastics at different …

Due to the heavy consumption of the fossil fuels in the transportation sector and the furnace
factory, a large amount of soot is discharged and seriously threatened the environment and …

Nanoparticle-based materials enable devices and systems that can be used for improved or
even new technologies for instance in the fields of health, mobility, energy conversion and …