In occupational risk prevention, it has become a priority to capture gaseous species in
exhaust fumes from anthropogenic sources such as diesel/gasoline engines, coal power …

Using reactive force field molecular dynamics and Density Functional Theory, this study
unravels the early stages of TiB 2 oxidation. Overall, it is found that the TiB 2 boron sheets …

The review summarizes and critically analyzes the results of exploratory and basic studies
carried out mainly in the last 10 years concerning the mechanism and role of hydrogen …

Perovskite-like materials have gained great interest and importance due to their wide range
of applications, especially in the context of the world of sustainability. In this study, the effect …

The development of efficient chemical sensors based on semiconductor oxides is a major
challenge. Low-cost equipment fabrication with a high sensor response towards H 2 was the …

Detection of lung cancer biomarkers (LCBs) from exhaled breath in the early stage can
lower lung cancer mortality. We report a highly sensitive dealuminated zeolite Y (DaY)/SnO2 …

Specific volatile organic compounds (VOCs), abundant in indoor air, go unestimated due to
the unavailability of specific detectors. Here, we have demonstrated n-type ZnO nanoforest …

Long-term changes in species of copper-silver bimetallic systems on natural clinoptilolite
obtained by ion exchange of Cu2+ and Ag+ and then reduced at different temperatures were …

The unique properties of zeolites make them an interesting material to be used in separation
processes. The possibility of tailoring some of their characteristics, like the Si/Al ratio, allows …

Обобщены и критически проанализированы результаты исследований поискового и
фундаментального характера, выполненных преимущественно в последние 10 лет …