Sentence examples for current accompanied from inspiring English sources

A 2.4-fold increase in cyclic voltammetry current accompanied by decrease in overpotential from the composites made from the nanosized, needle-like-free ZnO shapes was observed as compared to those composites produced from needle-like shaped ZnO.

Varying the temperature leads to a shift in the peak potential and a change in the magnitude of the peak current, accompanied by the formation of new peaks and a change in peak shape.

The high utility of the pseudocapacitive MnCO3 was achieved in its carbonaceous materials based hybrid composites exhibiting the maximum specific capacitance of 368 F/g and 357 F/g, respectively for the rGO-MnCO3 and MWCNT-MnCO3 composite at 1.5 A/g current accompanied by very high cycle efficiency of 96%and97%7% specific capacitance retention over 1000 charge discharge cycle at 3 A/g.

IDTTP is not explained and no recordings are shown, but perhaps IDTPP is a capacitative displacement current accompanying voltage steps, and it appears when a hydrophobic cation is added to cells and partitions into their plasma membrane.

The films display leakage currents accompanied by varying degrees of hystereses in the current-voltage measurements.

Target design became the next milestone for successful cyclotron production of 99mTc, resulting in thick molybdenum coatings for solid targets able to withstand prolonged irradiation of high beam currents accompanied by an easy recovery of 99mTc and recycling of 100Mo after end of beam (Stolarz et al., 2015; Hanemaayer et al., 2014).

Notably, R975A exhibited only small, linearly increasing inward currents accompanied by marked increases in current noise, indicating that the AITC-evoked currents arose from a fast opening of ion channels.

However, for years only the gross currents accompanying ionic movement could be measured, and it was only by inference that the presence of membrane channels could be postulated.

Low-temperature pyroclastic density currents accompanying phreatic eruptions are steam driven and usually laterally directed by the phreatic explosion (Lube et al. 2014).

They also pointed out that the Hall currents accompany the Pedersen currents in a collision-dominated ionosphere, and therefore the energy dissipated by the Pedersen currents could not be supplied by the converted transverse mode.

Low-temperature pyroclastic flows (pyroclastic density currents) accompanying phreatic eruptions have been reported in Japan, Tongariro (New Zealand), and La Soufriere (Guadeloupe) (e.g., Fujinawa et al. 2008; Lube et al. 2014; Miura et al. 2012; Nakamura and Glicken 1988; Sheridan 1980; Yamamoto et al. 1999).