Sentence examples for charge correlation from inspiring English sources

Charge correlation measurements designed for the search of such signal have been done at RHIC and the LHC for which the interpretations, however, remain unclear due to contamination by background effects that are collective flow driven, theoretically poorly constrained, and experimentally hard to separate.

Besides tunable IR absorption, QD structures offer wide flexibility for nano-engineering of electron processes via the built-in-dot charge, correlation of dot positions, and selective doping.

Blanco-Canosa, S. et al. Momentum-dependent charge correlations in YBa2Cu3O6+δ superconductors probed by resonant X-ray scattering: evidence for three competing phases.

Using anomalous (and viscous) hydrodynamic simulations, we make a first attempt at quantifying contributions to observed charge correlations from both CME and background effects in one and same framework.

The IMS charging correlation information is encoded in the SIP P-Charging-Vector header.

Fig. 4 Graph of QM and EEM charges correlation for Cheminf2015_mpa parameter set (a) and Cheminf2015_npa parameter set (b) on the dataset CCD_gen_all.

Fig. 2 Graph of QM and EEM charges correlation for dataset CCD_exp and LR+RMSD approach (a) and DE-MIN+RMSD approach (b).

A graph of the QM and EEM charges correlation for CCD_exp and the approaches LR+RMSD and DE-MIN+RMSD are shown in Fig. 2, and demonstrate that with such a large and heterogeneous dataset, the proper choice of EEM parameterization approach is crucial.

Mirroring the capacitance, we find that the characteristic decay length of charge density correlations away from the electrode is also nonmonotonic.

Indeed, the net charge has some correlation with subcellular pH, as seen in Table 1 and Figure 3(a), whereas Figure 5 demonstrates that an additional element of correlation with subcellular pH is attributable to histidine location, beyond the net charge background (which remains constant in the randomisations).

Huang, Z. B. et al. Quantum Monte Carlo study of Spin, Charge, and Pairing correlations in the t − t′ − U Hubbard model.