Sentence examples for demonstrating charge from inspiring English sources

A second example demonstrating charge separation is the charging of the plates of a capacitor.

GeMo also demonstrated charge storage complementary to that of the commercial Keggin type POMs, PMo12O403− (PMo) and SiMo12O404− (SiMo).

Experimentally demonstrated charge carrier mobility of the mono or few layered MoS2 is much lower than that of theoretical prediction of 410 cm2 V−1 s−1 [3410

Zeta potential-dosage profiles clearly demonstrated charge neutralization predominated at pH 4, due to the strong cationic groups in the flocculant.

The GeMo composite electrode demonstrated charge storage six times greater than that of the bare MWCNT electrode while maintaining excellent conductivity and cycling stability.

Recently, 2D material, InSe (metal chalcogenide -based heterostruchalcogenide -baseddevice heterostructureencapsulatedmonstrates charge carrier mobility of ~10,000 andevice0 cm2 V−1 s−1 at ~ 50 and 300 K, respectively [242].

Measurement of potential-dependent PMC signals of n-WSe2 interfaces in contact with complexing I− and non-complexing redox agents (Fe2+) demonstrates charge transfer inhibition with non-complexing redox species causing a damming up of minority carriers towards the interface.

A device employing adduct-induced MAPbI3 demonstrated charge carrier mobility of 3.9 × 10−3 cm2/Vs (the value was measured by photo-CELIV, which was lower than the value (~30 cm2/Vs) obtained by THz method), which was one order of magnitude higher than that (3.2 × 10−4 cm2/Vs) of MAPbI3 prepared by a simple one-step method [48].

Furthermore, gap junctions can demonstrate charge selectivity, although most gap junction channels favour the transfer of positively charged dyes and ions by a factor of 2 5 (Veenstra, 1996).

Our results demonstrated charge-based changes in specific ApoE isoforms rather than changes in the expression level of the ApoE protein.

The CdSe/LiF device exhibits a much faster increase than the reference, demonstrating enhanced charge collection ability under higher light intensity.