Hydrogen is the most convenient recourse to shift from fossil fuels to an efficient and sustainable source of energy in automobiles. Achieving a high hydrogen weight percentage while storing hydrogen is the prime challenge ...

Motivated by the need for an effective way of storing hydrogen (H2), a promising energy carrier, we have performed density functional theory (DFT) calculations with different van der Waals corrections coupled with the ...

Exploring efficient storage mediums is the key challenge to accomplish a sustainable hydrogen economy. Material-based hydrogen (H2) storage is safe, economically viable and possesses high gravimetric density. Here, we ...

An in-depth understanding of the practical sensing mechanism of two-dimensional (2D) materials is critically important for the design of efficient nanosensors toward environmentally toxic gases. Here, we have performed van ...