Sentence examples for maximum quantum efficiency from inspiring English sources

It is shown that the maximum quantum efficiency and most efficient performance of the device can be obtained at critical coupling condition.

Gardner, N. F. et al. Blue-emitting InGaN GaN double-heterostructure light-emitting diodes reaching maximum quantum efficiency above 200 A cm−2.

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 device achieved 95% of its maximum quantum efficiency at 0 V bias, and 100% by 0.05 V.

We chose this non-degenerate configuration such that the wavelength of idler and signal mode coincided with the maximum quantum efficiency of our custom-coated Andor iXon Ultra EMCCD camera and the peak of the human rod response, 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%).

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 external quantum efficiency, maximum current efficiency, maximum power efficiency and maximum luminance were 16.5%, 40.8 cd A−1, 45.8 lm W−1 and 5120 cd m−2, respectively.

For the device configuration c: ITO/PVK/P-OC8/Ca/Ag, the maximum luminance and maximum external quantum efficiency were obtained for P-OC8 which maybe related to the easier electron injection and transport.

Red phosphorescent OLEDs using 2-BtcPh 2Irr(pic) as a dopant at a 5% doping ratio exhibited a maximum external quantum efficiency of 10.5%, maximum power efficiency of 11.0 lm/W, and maximum luminance of 1145 cd/m2 with CIE coordinates of (0.65, 0.34).