Perovskite hydrides materials are acknowledged for hydrogen storage due to their high
capacity, reversibility, thermodynamic stability, tunable nature, and potential low-cost …

A significant amount of interest in the field of solar energy has recently been generated by
the remarkable optical, structural, and electronic attributes of inorganic perovskite-based …

We report here the magnetic interactions, magnetocaloric effect and thermodynamic
parameters of an efficient magnetic refrigerant material, Gd 2 GeO 5, through magnetization …

First-principles calculations are used to study the optoelectronic and thermoelectric
properties of Cs 2 BiAgY 6-x I x (where Y= Br or Cl, and x= 0.0, x= 0.15 or x= 0.3) materials …

Due to the escalating demand for energy across all sectors, traditional energy sources are
proving insufficient to meet our requirements. Moreover, their extensive use is exacerbating …

Structural, electronic, and optical properties of undoped and chalcogens doped ATiO 3
(A​=​ Ca, Ba, and Sr) materials are studied using Density Functional Theory and Local …

Due to their outstanding structural, optical, electronic, and thermoelectric qualities, inorganic
perovskite compounds have attained a lot of consideration in the solar technology industry …

A single-junction solar cell with a direct and ideal photovoltaic forbidden bandgap value
which maximizes the photon absorbed is needed for the diversity of solar energy …

Inorganic perovskites have emerged as promising candidates in solar technology due to
their distinctive optical, electronic, and structural characteristics. This computational study …

Experimental data obtained with the perovskite compounds Pr 0.55 Sr 0.45 MnO 3 show that
the magnetization decreases with increasing temperature T and undergoes a very sharp …