Sentence examples for highest quantum yields from inspiring English sources
One of Franck's arguments in this 1953 article illustrates his characteristic ability to keep in view, in the most complex discussions, consideration so simple and obvious that others tended to overlook them: Warburg's highest quantum yields occurred under conditions unfavorable to plant growth.
The granisetron probes that have fluorescein (16, 18 and 21) or BODIPY dyes (6, 14 and 28) appended to N1 show the highest quantum yields (Φf).
It is noteworthy that the highest quantum yields of CO2 photoreduction, in the range of 10 80%, were obtained, by various research groups [ 144, 145, 148, 149, 155, 273], with ZnS nanoparticles – analogues to those ejected by hydrothermal vents.
Time-dependent DFT computations showed that among the five studied PFAFs, the highest quantum yields are found for molecules with (i) the largest oscillator strengths of S0 → S1 excitation and (ii) the largest energy gap between S1 and T1 states.
Introduction of the second-generation of coumarinylmethyl PPGs with 7-amino substituents (type 137; Table 9) further improved the spectroscopic and photochemical properties of the cage, moving the absorption maxima to 350 400 nm and recording the highest quantum yields (0.21 0.28) among the analogues.
W-Based poly(4) emitted fluorescence with the highest quantum yield (41%).
The CDots prepared from GO exhibited the highest quantum yield and narrowest emission of those produced.
It is noteworthy that SWCNT/fullerodendron/Pt II) showed a quite high quantum yield of 1.5% under 680 nm light irradiation, which is to the best of our knowledge, the highest quantum yield for H2 evolution using a nanocarbon/co-catalyst interconnecting system under an illumination wavelength of over 600 nm.
PCz-Fluo and PCz-R6G exhibited the highest quantum yield and fluorescence emission in the solid state.
It shows the highest quantum yield above 45% when compared to the rhodamine 6G.
The highest quantum yield of 80% has so far been reported for CO2 reduction to formate at the surface of colloidal ZnS particles [ 144, 145].
