Metallic materials composed of light and rich abundant element such as carbon is of current
interest in battery technology. In this study, as per the features of 3D pentadiamond reported …

Hydrogen is a worldwide green energy carrier, however due its low storage capacity, it has
yet to be widely used as an energy carrier. Therefore, the quantum chemical method is …

Inspired by the tunable electronic properties and high charge carrier mobility of recently
synthesized tetracene-based nanoribbons (TNRs)[Chem. Eur. J. 2019, 25, 12074], for the …

The development of anode materials is critical to the success of sodium ion batteries (SIBs).
Because of the size difference between Li and Na, the commercial anode material graphite …

Materials composed of B, C, and P have been hotly pursued for batteries due to their low
mass and high abundance. However, all the reported 3D B–C–P compounds at present are …

Although cyclobutene consisting of 4-membered rings of C atoms is highly unstable, one-
and two-dimensional (1D, 2D) carbon allotropes, called tetrahexcarbon (th-C) consisting of 4 …

In recent years, materials science has been facing an electronics revolution due to the fast
progress in the development of organic semiconductors. In this context, the current study …

Extensive efforts are devoted to the design of new carbon materials with improved specific
capacity for metal ion batteries (MIBs). One of the effective strategies for such material …

The structural and optical properties of 30 ZnO: 50 SiO2:(20-x) CuO (ZSC) loaded with E102
(tartrazine dye)(where x= 0.02, 0.05, 0.07 wt.%) nanoclusters have been explored. These …

Inspired by the experimental advances in synthesizing triphenylene (TP)-graphdiyne
monolayer and tetracene (T), we use TP as node and T as linker to construct a porous 2D TP …