Sentence examples for back illumination from inspiring English sources

A high-speed back illumination was used for visualisation of the primary breakup.

The S1 location was chosen to enhance the first order MEG spectrum since back illumination provides higher efficiency below 1 keV.

The dependence of current-perpendicular-to-membrane vs applied voltage shows a remarkable photoconductive performance for both front and back illumination.

This camera is realized by the hybrid of back illumination CCDs and a back supportless CCD for 0.05 10 keV band, and a Micro Pixel Gas Chamber detecting X-rays at 10 80 keV.

In contrast, under back illumination, the patterned ultrathin cells realize comparable absorption to the corresponding thick counterpart at a CIGSe thickness of only 300 nm and the maximum Jsc (35.2 mA/cm2) saturates at a CIGSe thickness of 425 nm.

Further, Jsc is less attenuated by the parasitic absorption in Al ZnO (AZO) under back illumination than under front illumination in module configuration, where a much thicker AZO is required.

However, our experiment showed that the performance could be doubled by placing a mirror behind the F-DSSC, providing the direct evidence substantiating that the back light illumination did not seriously contribute to the performance of our F-DSSCs.

Both front- and back-illumination photodetection schemes were demonstrated by growing those ZnO nanorod arrays on p-type silicon and p-type Zn0.9Mg0.1O-coated Zn0.9Mg0.1O-coated Al2O3es, respectively.

A power conversion efficiency of 2.19% was achieved for the DSSC with ZNRs/ZNPs, through back-illumination, which is higher than that of the cell with only ZNPs (1.80%); the DSSC with bare ZNRs showed a very poor efficiency of 0.90%.

It clearly shows that the J sc (6.99 mandm2) and V oc (0.64V) of the back-illumination mode are significantly smaller than that of the front illumination mode (10.65 mA/cm2 and 0.70 V).

These scaling factors were determined using back-illumination of the system with 3 narrow-band filtered LEDs adjusted to have identical powers within the blue, green and red emission channels' bandwidths.