2022
DOI: 10.1039/d2tc02619h
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Arrays of spherical nanostructured oxide particles for photon management enhancement in photovoltaic devices

Abstract: To better optimize the optical-electrical performance of photovoltaic devices, high-quality photon management and superior optical design should be developed. Herein, based on hot-spots materials of CsPbI3 perovskite (PVK), the photon...

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“…As a result, the transmittance of substrate increases from 76.8% to 89.8%, and the PCE of the flexible PSCs is increased from 18.80% to 20.85%. [ 172 ] The structures or patterns used for surface texturing are usually pyramid structure, [ 207 ] inverted hemisphere structure, [ 208 ] spherical structure, [ 209 ] etc. Of course, in many times, the anti‐reflective layer and surface texturing can be used together in the optical design.…”
Section: Types Of Wide Band‐gap Insulating Materials and Their Roles ...mentioning
confidence: 99%
“…As a result, the transmittance of substrate increases from 76.8% to 89.8%, and the PCE of the flexible PSCs is increased from 18.80% to 20.85%. [ 172 ] The structures or patterns used for surface texturing are usually pyramid structure, [ 207 ] inverted hemisphere structure, [ 208 ] spherical structure, [ 209 ] etc. Of course, in many times, the anti‐reflective layer and surface texturing can be used together in the optical design.…”
Section: Types Of Wide Band‐gap Insulating Materials and Their Roles ...mentioning
confidence: 99%