Sentence examples for greater quantum yields from inspiring English sources

Work to establish longer lived photoinduced charge separated states, which might lead to greater quantum yields and further applications, has continued.

Additionally, it had 100 times greater quantum yield.

Numerous cyanines also exhibit emission bands with large quantum yields.

The probe exhibits strong fluorescence with a great quantum yield of 25.6%.

The extremely large quantum yield of the primary charge separation (close to 100%) [9] in RC presents a great challenge to use it in artificial light harvesting systems.

The monomeric mKikGR displays bright fluorescence (φflR = 0.63), a large quantum yield of photoswitching (φsw = 7.5×10−3), and a low quantum yield of photobleaching (φbleaching = 6.47×10−6).

Optical properties of oxidized single-wall carbon nanotubes (SWCNTs) have attracted much attention because of the greater luminescence quantum yield than that of pristine CNTs, showing the possibility of optical applications such as near-infrared single-photon emitters and bioimaging.

We previously reported the approximately 2-fold enhanced activity and 1.4-fold greater bioluminescence quantum yield properties of a chimeric enzyme that contains the N-domain of Photinus pyralis luciferase joined to the C-domain of Luciola italica luciferase.

We used a photoelectrochemical system composed of PbS nanocrystals chemically bound to TiO2 single crystals to demonstrate the collection of photocurrents with quantum yields greater than one electron per photon.

Recently, Sambur et al. experimentally demonstrated the collection of photocurrents with quantum yields greater than one electron per photon in the PbS QD-sensitized planar TiO2 single crystal utilizing polysulfide electrolyte, which is undoubtedly encouraging to the future photovoltaic development[15].

Compared to single-photon excitation, two-photon or multi-photon excitation processes provide greater penetration depth in tissues and additional local field enhancement, and thus, a greater enhancement of quantum yield with stronger emission signals.