Study the optoelectronic properties of PbI2 nanorods/Si photodetector prepared by magnetic field-assisted laser deposition route

Antibacterial Activity of Bismuth Oxide Nanoparticles Compared to Amikacin against Acinetobacter baumannii and Staphylococcus aureus

“…NPs was achieved by measuring the solution's absorption spectrum with a UV-vis (UV/Vis, Seoul, Korea) in the 200-800 nm range [12,15]. The microstructure and particle size of the nanocrystals were determined from (SEM) images (INSPECTS50-USA) and analyzed using Image J software [16]. FTIR was measured on the functional groups present on the surface of Bi 2 O 3 NPs prepared from the laser ablation method were sections made by KBr pellet method (Bruker Equinox55, Germany) in the wavenumber scope of (400-4000)cm-1 on (FTLA 2000-100) version [17].…”

Structural, Optical, and Chemical Characteristics of High‐Quality PbI2 Thin Films via Chemical Solution Deposition with Thermal Annealing

“…[3,[12][13][14] Moreover, the understanding of how the different deposition conditions affect the multiple stacking conformations that the compact PbI 2 layers take [15] is challenging. Different structural configurations known as polytypes [16] can be achieved but are difficult to reproduce, [3] and can lead to diverse microstructures, [17][18][19] that in turn produce varying optical and electrical properties.Different polytypes can be obtained according to the annealing conditions [20] and the implemented synthesis methodology. [21] Diverse previous studies have reported the synthesis of PbI 2 employing thermal evaporation, physical vapor deposition, laser ablation, atomic layer deposition, spray pyrolysis, and spin-coating with favorable crystalline properties.…”

“…[3,[12][13][14] Moreover, the understanding of how the different deposition conditions affect the multiple stacking conformations that the compact PbI 2 layers take [15] is challenging. Different structural configurations known as polytypes [16] can be achieved but are difficult to reproduce, [3] and can lead to diverse microstructures, [17][18][19] that in turn produce varying optical and electrical properties.…”

Chlorinated-Ti3C2TF as a dual-functional buried interface on SnO2 electron-transporting layers for 25.09% high-performance n–i–p perovskite solar cells

“…S37, ESI†) that the absorption intensity of the pristine film dramatically decreased, while the target film displayed a slightly decreased absorption intensity over time. 107 After 120 hours at 85 °C in N 2 , the absorption intensity of the pristine film decreased more significantly and the PbI 2 signal appeared at 530 nm, 108 which is due to the phase transition from the black α-phase to the yellow δ-phase caused by the ionic migration of the halide at high temperatures. 15 The thermal stability showed that the strategy of buried interface modification with Ti 3 C 2 T X is universal to different hybrid perovskite systems.…”