Sentence examples for quantum ratios from inspiring English sources

E3 and E4 direct different flowering responses to long-day (LD) conditions with different red-to-far red (red-to-far redred-to-far red 9].

Under illumination by incandescent lamps, the R FR (660 730) quantum ratio was 0.72, and the average photosynthetic photon flux at the canopy surfaces was 1 μmol photon sec-1 m-2, as measured at night by using a quantum sensor (model LI-1800C, Li-Cor, LiNEolNE NE).

Finally, we define the quantum compression ratio and analyze lossless and lossy quantum compression algorithms of multidimensional quantum images.

Furthermore, although an increase in the phonon electron interaction strength reduces channel current, it does not have much impact to the quantum tunneling ratio.

It is found that at a given channel cross section area and gate voltage, the geometry that has the smallest perimeter of the channel cross section has the smallest quantum tunneling ratio, which indicates that geometric defects can lead to higher geometric confinement and larger quantum tunneling effect.

By relating the emitted power of ZnO NP to that of the Sb1 sample, integrated over the equal spectral bands, one finds a quantum yield ratio given by η S b 1 was reported to be 0.56, allowing straightforward calculation of the percentage value of η Z n O = (0.9 ± 0.2)%.

a Quantum yields, flux ratios, and specific energy fluxes per absorption flux (ABS) and reaction center (RC), Mid-veins and leaf laminae.

Respective quantum dot fluorescence ratios were reflective of established cell line expression patterns, and cell spike experiments using whole blood yielded capture efficiencies of 81.3%, 91.2%, and 90.0% for the cell lines MCF-7, SKBR-3, and MDA-MB-231, with identification accuracies of 94.7%, 99.3%, and 83.3% based off said fluorescence patterns.

The chemical treatment led to a dramatic 100-fold increase in the material's photoluminescence quantum yield, a ratio describing the amount of light generated by the material versus the amount of energy put in.

One-dimensional (1D) semiconductor nanowires (NWs) have attracted much attention due to their high surface-to-volume ratio, quantum confinement effect, and high crystal quality.

The extrinsic quantum efficiency (η, ratio of the number of charge carriers generated to the number of incident photons) was calculated to be 0.17 using Equation 1.