Hydrothermally prepared nickel disulphide nanoparticles with enhanced areal capacitance

Transforming energy and water landscapes with MnS2:Ni9S8:Co3S4: A promising paradigm for a sustainable future

“…The results showed that there were rounded‐edged cubical structures in the composite, which is in line with other studies on NiS by Molla et al [24] and Torki and Faghihian [25] that also verified the existence of sphere‐like formations. Similar to the findings of Bhardwaj et al [28], the SEM images of the trimetal sulfide composite, as seen in Figure 3a, showed an abundance of small spherical particles. Balayeva et al [39] investigated the production of hemispherical clusters of NiS nanocrystals, revealing information on the morphology of these nanoparticles.…”

“…Previous studies by Molla et al [24], Torki and Faghihian [25], Sohrabnezhad et al [26], and Yu et al [27] have all been conducted on the band gap energy of NiS. After conducting a thorough investigation on NiS nanoparticles, Bhardwaj et al [28] found a band gap energy value of 3.25 eV. The literature stresses the vast range of band gap energy values measured for NiS, stressing the crucial role that particle size, shape, and synthesis conditions play.…”

Synthesis of In : SnO2/La4NiS7 via Diethyldithiocarbamate‐Assisted Spin Coating: A Promising Route for High‐Performance Transparent Photoelectrochemical Energy Storage and Generation

“…Previously, a low band gap energy has been reported for NiS to be 2.41, 2.23, 3.9 and 2.5 eV in various studies [39–42] . The band gap energy for the βNiS nanoparticle obtained was 3.25 eV by Bhardwaj et al [43] . In a previous study for the synthesis of lanthanum sulphide by spray pyrolysis, the optical band gap obtained was 2.5 eV [44] .…”