In the present work, we deployed a novel orthorhombic germanane nanosheet (ortho-GeNS)
as a sensing material to detect camphene and eucalyptol molecules, the indoor air …

Silicene is one among various two-dimensional (2D) materials that is gaining the spotlight
owing to its fascinating applications in different fields. In the present work, we report the …

In this decade the elemental single-layer materials attracted immense interest among the
research communities owing to their good sensitivity, selectivity, and stability towards toxic …

The adsorption properties of benzyl chloride and benzyl bromide on tetragonal silicane
(tetra-silicane) are studied based on the density functional theory. The tetra-silicane …

Nowadays, elemental monolayer materials are focused by the research communities due to
their excellent selectivity, sensitivity, and stability toward air pollutants. In the present work …

The geometric stability and electronic properties of cubic silicane (c-Si12) nanosheet
(hydrogenated silicene) are studied based on the first-principles studies. The c-Si12 …

In the proposed research work, we utilised θ-phosphorene nanosheet as a superior sensing
element to detect acetophenone and benzophenone at room temperature. Firstly, the …

At present, the research community focuses on elemental monolayer materials due to their
exceptional stability, selectivity, and sensitivity towards various toxic air pollutants. Since the …

In this study, we utilised hex-star phosphorene as the main detecting material to identify the
nucleobases. Nucleobases, being crucial carriers of hereditary information are identified …

In recent days, monolayer materials have been pioneering research to detect different kinds
of toxic pollutants in the air atmosphere. In this work, we utilised alpha-phase antimony …