This device was first reported in the paper titled «Long - range coupling of electron - hole pairs in spatially separated organic donor -
acceptor layers» written by H. Nakanotani at Kyushu University's Center for Organic Photonics and Electronics Research (OPERA) in Fukuoka, Japan, and colleagues and published online Feb. 26, 2016 in the journal Science Advances.
Not exact matches
When the researchers switched the electric current off by deoxygenating the water, thereby removing the electron
acceptor at the sediment surface, the depth of the hydrogen sulfide
layer in the sediment rose in less than an hour, as deeper microbes could no longer consume it.
«By increasing the thickness of an extremely thin
layer of organic molecules inserted as a spacer between the donor and
acceptor, we could reduce the attraction between the hole and electron in the exciplex and thereby greatly influence the exciplex's energy, lifetime, and emission color and efficiency.»