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The maximum luminous efficiencies of devices A, B, C, and D were 17.99, 19.46, 19.95, and 18.24 cd/A, and the maximum quantum efficiencies of devices A, B, C, and D were 9.08%, 10.02%, 10.05%, and 8.72%, respectively.
The maximum quantum efficiencies (EQE) for blue devices (FIrpic) were significantly raised for o-2MPCzPOXD (13.6%) and o-3MPCzPOXD (11.5%) versus o-PCzPOXD (9.0%) although yielding comparable values for green devices (Ir ppy 3; 12.9% and 15.4% versus 13.2%).
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It is shown that the maximum quantum efficiency and most efficient performance of the device can be obtained at critical coupling condition.
variable fluorescence/maximum fluorescence, the maximum quantum efficiency.
The maximum quantum efficiency (PSII) was reduced by drought.
expressed sequence tag. the maximum quantum efficiency of photosystem II.
Fv/Fm, maximum quantum efficiency or maximum quantum yield of PSII, was calculated through the built-in instrument protocol.
The device structure was designed to be optimized for the maximum quantum efficiency.
The bialkali photocathode exhibits a maximum quantum efficiency exceeding 20% with a uniformity of ±40%.
The maximum quantum efficiency of photosystem II, Fv/Fm, was calculated as (Fm − Fo)/Fm (Kitajima and Butler 1975).
The device achieved 95% of its maximum quantum efficiency at 0 V bias, and 100% by 0.05 V.
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