Sentence examples for rate of quantum from inspiring English sources

(B) A hyperbolic metasurface enhancing the radiation rate of quantum emitters.

Enhancement of the intensity and emission rate of quantum emitters is of significant interest during the past decade.

At any moment in time the photon rate is proportional to quantum yield and decreases with the rate of quantum bleaching.

The rate of endocytosis is known to slow following maturation of DCs [2]; and, consistent with this, we observed a dramatically (10-fold) reduced rate of quantum dot uptake in DCs matured by treatment with LPS (Figure 2N).

Equation 1 is derived from the following fundamental equations for the rate of change of susceptible individuals and quanta with time: (2) d S d t = − p V n S (3) d n d t = − N n + q Where, S is the number of susceptible individuals, t is time (h), n is the number of quanta of infection in the air (quanta), and, q = Iϕ, i.e. the total rate of quanta generation by all infectors (quanta/min).

Rates of quantum dot uptake were reduced during toll-like receptor stimulation with LPS, consistent with a decrease in the rate of endocytosis during DC maturation.

For example, when co-catalyzed with Co-Pt, the photocatalytic H2 generation rate of Cd0.5Zn0.5S quantum dots (QDs) could be increased by 4.7-folds [4].

Owing to the strong vertical optical confinement and the 2D photonic bandgap effect, the overall spontaneous emission rate of the quantum emitter inside the PC slab decreases substantially [14].

Although the reduction of growth temperature and the increase of growth rate of the quantum well (QW) can alleviate indium atom desorption to obtain high indium content, these methods also deteriorate the optical performance of InGaN/GaN multiple quantum wells (MQWs) by worsening interface abruptness and introducing more defects [13, 14].

In ref (6), the authors tried to interpret eq 4 in terms of the photonic local density of states (LDOS) 5which is of paramount importance in the field of nanooptics and describes how the decay rate of a quantum emitter located at position r and with dipole moment oriented along n̂ becomes modified in the presence of a structured dielectric environment.

Dashed lines and points indicate the slope of the TCR peak release rate relations for 20 nm and 200 nm coupling distance at a release rate of 200 quanta s−1.