Sentence examples for defining the emission from inspiring English sources

The absence of a defined share of responsibility between who provides the information and who takes the decisions (i.e., who holds the responsibility of informed decision making, e.g., of defining the emission reduction targets and related climate and energy policies?) 2.

The distance measure d used in defining the emission probabilities is the Euclidean distance in the plane.

We have defined the emission properties of the molecular probes at different pHs, the emission lifetimes, and the number of metal bound water molecules.

Photoluminescence (PL) of the (Y0.96Tb x Eu0.04-x ) 2O3 films (0 ≤ x ≤ 0.04) were systematically investigated to define the emission behavior and emission color (Figure 6a).

The bound (docked) conformations of each dipeptide on each n grid are used to obtain the torsion angle state of the dipeptide of interest which is used to define the emission probabilities.

We believe that this is due to changes in the refractive index of our matrix for both samples and its contribution to the expression defining the radiative emission time for lanthanides [54]: A RJ ′ J ED = 64 π 4 e 2 3 h λ ¯ 3 2 J ′ + 1 n n 2 + 2 2 9 ∑ λ = 2, 4, 6 Ω λ ΨJ U λ Ψ ′ J ′ 2 (6) 1 τ R = ∑ J A R J ′ J ED (7).

From the emission characteristics, the maximum emission current (Imax, μm) and turn-on voltage (Von, V) of the CNTs were estimated by defining the Imax as the emission current measured at the applied voltage of 1.2 kV and the Ion as the voltage applied to obtain the emission current of 10 μA.

A movable aperture, placed in the optical path between the source and the first mirror, defines the photon emission directions of the beam entering the beamline.

Together, we define the SHG emission directionality (forward to backward ratio) and relative SHG intensity (conversion efficiency based on χ(2)) as the SHG creation attributes.

Though a simple and low-cost means of defining the pixel size, electrophorectially defined emission zones only allow for relatively large cathode diameters, of the order of 2 mm, which reduces the systems functionality.

Fig. 4 Cerenkov emission range, defining the CLI intrinsic limit to the spatial correlation between the source position and the position of production of the Cerenkov radiation, much like the positron range for positron emission tomography.