B-site ordering effect on structural and magnetic properties of ‘Y’-modified double perovskite La2NiMnO6 nanoparticles

Effect of Series Resistance and Temperature on PCE of Double Perovskite La2NiMnO6‐Based PSC

“…[10] The structure of LNMO is much more sensitive issue and depends upon the B/B′ ordered/disordered states. [11,12] Recently our group (Kumar et al) reported the "Y" doped LNMO and confirmed the rhombohedral crystal structure. [11,12] Harbi et al have reported effect of cation disorder and study the structural and magnetic properties of "Co" doped LNMO and confirmed that it has monoclinic structure with space group P21/n.…”

“…[11,12] Recently our group (Kumar et al) reported the "Y" doped LNMO and confirmed the rhombohedral crystal structure. [11,12] Harbi et al have reported effect of cation disorder and study the structural and magnetic properties of "Co" doped LNMO and confirmed that it has monoclinic structure with space group P21/n. [13] Najar et al have reported optical properties of LNMO with the substitutional doping of lanthanum manganate oxide and confirmed that optical bandgap of the material in varies from the electronic bandgap due to excitonic effects.…”

“…reported the “Y” doped LNMO and confirmed the rhombohedral crystal structure. [ 11,12 ] Harbi et al. have reported effect of cation disorder and study the structural and magnetic properties of “Co” doped LNMO and confirmed that it has monoclinic structure with space group P21/n.…”

“…[ 10 ] The structure of LNMO is much more sensitive issue and depends upon the B/B′ ordered/disordered states. [ 11,12 ]…”

High-Efficiency Lead-Free La2NiMnO6-Based Double Perovskite Solar Cell by Incorporating Charge Transport Layers Composed of WS2, ZnO, and Cu2FeSnS4

“…Numerous research on LNMO-based nanoparticles have been started to investigate their structural, magnetic, and optical capabilities, but the key challenge is obtaining them for use in actual devices. 19,20 In the context of PSCs, the perovskite absorber layer, which has a thickness of several hundred nanometers, is positioned between the electron-transport layer (ETL) and the holetransport layer (HTL). Following the absorption of light, the generation of carriers, namely, electrons and holes, occurs.…”