The 16.5' x 33' room stands at the center of the National Media Museum's exhibit, Light Fantastic: Adventures in the Science of Light.
Compounds 8 and 9 exhibit light blue and green TADF with good PL quantum yields of 89 and 87% in toluene, respectively.
Specifically, the composites exhibit light weight, strong absorption, and broad-absorbing band compared with those of pure EG and Fe3O4 NRs.
OLEDs using compounds 8 and 9 as emitters exhibit light blue and green emission with very good external quantum efficiencies of 16.0 and 17.3%, respectively.
Furthermore, NG sheets (0.06 mL/min sample) and carbon films (0.08 mL/min sample) exhibit light transmittance of ∼90% and 70% at 550 nm, and sheet resistance of ∼1400 and 1000 Ω/sq, respectively, showing their potential applications in carbon-based nanoelectronics.
No similar scattering pattern can be observed in the control sample, without nanoparticles, which exhibit light scattering by cellular structures of various optical densities (Fig. 4b, d).
An ideal electromagnetic wave absorbing material should exhibit light weight, be thin, and have a strong wave absorption and wide frequency range response [6,7].
In the mouse SCN, roughly 70% of the GRP-expressing neurons exhibit light responsive c-FOS induction [9].
