On the importance of light scattering for high performances nanostructured antireflective surfaces

Optical and nanostructural insights of oblique angle deposited layers applied for photonic coatings

“…To get a precise comparison between optical properties and microstructure, a 3D morphological analysis of the bilayer has been performed at the nanoscale from HAADF-STEM electron tomography experiments reported in our previous paper [36]. The 3D reconstruction is presented on Figure 13.a.…”

Heterostructure of Reduced Titanium Dioxide Nanorods and Small Molecules Leads to Photo‐Induced Negative Differential Resistance Behaviors

“…Meanwhile, Ti 3 O 5 serves as the source material for producing TiO 2-x NRs, a distinctive structure resulting from the OAD process. [22,23] These titanates find extensive application in diverse fields, including gas sensors, [24,25] solar cells, [26][27][28] antireflective coating, [29,30] and water splitting, [31][32][33] owing to their exceptional attributes such as material stability, biocompatibility, and distinctive electrical and chemical properties.…”

Modeling and admittance recursive simulation of anti-reflective coatings for photothermal conversion: synergy between subwavelength structures and gradient refractive index layers

“…Leem et al 15 designed a parabolic AZO SWG structure that significantly reduced the maximum reflectance to less than 9.8% over a wide wavelength range of 300–1100 nm. In terms of light transmission enhancement, Florian Maudet et al 16 designed anti-reflective coating double layers made via oblique angle deposition can achieve an ultra-high average transmittance of 98.97% over the broadband 400–1800 nm.…”

“…Fig 16. For TMC with varying thicknesses, under normal incidence: (a) transmittance variation with incident wavelength, (b) changes in wavelength average transmittance and wavelength minimum transmittance with thickness.…”