Sentence examples for extent of electron from inspiring English sources

Correlations between the selectivity and the extent of electron transfer from supports to metal particles have been established.

Furthermore, the extent of electron loss is larger for Pd than that for Au, as the trimetallic NPs with the highest Pd content [PdAu/Pt (3:1:2)] show the lowest white line intensity.

Vice versa, depending on the extent of electron beam treatment and fiber diameter, the more crystalline P2-derived fibers with a larger diameter of about 50 μm offered access to hollow and porous carbon fibers with variable rim thickness.

Transition metal dioxygen complexes, which have been studied intensively in relevance to the active species of oxygenation with dioxygen molecule, are classified according to the extent of electron transfer from the metal center(s) to the O2 ligand.

Key parameters associate with the short-circuit current density (Jsc) and open-circuit photovoltage (Voc), including light-harvesting efficiency LHE, electron injection driving force ΔGinject, total reorganization energy λtotal (λh and λe), the vertical dipole moment μnormal, the energy differences eVoc between ELUMO and ECB as well as the extent of electron recombination were characterized.

When the strongest ascending airflow of ST-Sarika eyewall was above FKS UT 12 00 (Sunset) of Oct 18, the extent of electron density profile anomaly in the F2 layer was the largest with the maximum of 0.8 ∗ 106 e/cm3, and the electrons in the F2 layer above 350-km altitude disappeared.

This contribution shows how a small change of a remote substituent (COOCH3 for e.g. OCH3) on Fischer aminocarbene complexes can change totally the LUMO location, and thus electron distribution, extent of π-electron delocalization and, consequently, redox properties of these potential catalysts.

We also showed that the quantum yields of Seoul‐Fluors are controlled by the electronic nature of the substituents, which influences the extent of photoinduced electron transfer.

Without collision, an electron will oscillate at a frequency of ω B and cover a distance of E 1/eF 0. The extent of an electron without collision is twice the maximum distance given by ω 1 τ = 1.

As expected, the spatial extent of the electron void around the terminator is smaller in Fig. 11(a) than in Fig. 1.

However, these properties, which are a result of the large spatial extent of Rydberg electron wavefunctions, also play important roles in the interactions of samples in Rydberg states with ground state atoms or molecules [65].