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Sutton et al. [34] demonstrated a CsPbI2Br-based inorganic mixed halide PSC with an efficiency up to 9.8% and high ambient stability.
Finally, according to our calculation, the 3d system is considered to be a promising electron transport material with small λele, high electron transport ability and good ambient stability.
The devices are used to fabricate OFETs based humidity sensors, which show exceptional ambient stability and rapid response to the water molecules in moisture.
However, the ambient stability of the PLEDs with spincoated transition metal oxide electrodes is exceptionally good in comparison to the standard design.
Meanwhile, the ambient stability of AMH modified devices is also enhanced by more than 3 times compared with the control devices.
In order to improve the Bi-based A3BX6-structured solar cells, recently, Ag and Cs were composed as A-site monovalent cations to be Cs2AgBiX6 structure, due to better optical and electrical properties and its ambient stability [20 23].
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Furthermore, the TPA modified perovskite films and devices present much better thermal, UV and ambient air stability than the pristine perovskite films and devices, and the corresponding PSCs with TPA modification show excellent stability with efficiency approaching 94% after being exposed to ambient air for 21 days without encapsulation.
To confirm ambient air stability, we kept the non-encapsulated devices in ambient air at room temperature for 3 days.
The SnO2 nanorod array based PSCs demonstrated considerably better ultraviolet (UV) and ambient air stability than the planar SnO2 and notably mesoporous TiO2 solar cells.
Organic bulk heterojunction solar cells using n-type inorganic metal oxide nanostructures as the electron transport channel have attracted considerable attentions because of its improved ambient device stability, low-cost manufacturing, and compatibility to solution fabrication process [1 4].
After 1 min of UV curing, the devices were placed in air under ambient conditions for stability testing.
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