Sentence examples for the absolute potential from inspiring English sources

The problem of finding the absolute potential and grounding resistance of an electrode system in a multilayered soil is dealt in this paper.

The possibility of determining the latent heat of equilibrium for electrode processes is demonstrated i.e. the temperature coefficient of the absolute potential jump at the electrode/solution interface.

Retrieving the phase again from this simulated series revealed that the absolute potential variations are only slightly affected by the choice of the defocus step in the present defocus range (1 10 µm).

The need for a solvent-independent potential scale is emphasized and the difference is shown between the absolute potential scale in different solvents and the scale normalized to the hydrogen electrode in water.

The position of the inflection point of the sigmoidal curve of the in-phase component of the electrode admittance against potential allowed the determination of an approximate scale of the absolute potential difference across the whole Ag(1 1 1)|(aqueous solution) interface, on the basis of a model of the electrified interface.

This means that during the period space time interval of life of any system, there exists the absolute potential to enter into a collision state at a given moment.

Now apply a unit potential across u and v in (mathcal{N}) and suppose the absolute potentials of u, v, x, y, w are (V_{u}=1), (V_{v}=0), (V_{x}), (V_{y}), (V_{w}), respectively.

Secondly, artifacts related to the TIE such as the Tikhonov-type filter, the intensity derivative approximation or artifacts such as diffraction effects impact the measured, absolute potential variations: The use of a too strong Tikhonov-type filter causes damping of the phase variation.

Ion transfer potentials evaluated from CV measurements allowed establishing the scale of absolute potential differences for the interfacial oxidation of FcMDDA+ with the aqueous redox species including IrCl62−, Fe CN 63−, Mo CN 83−, ICl2− or IBr2−.

When the pH was below 3.5, the absolute zeta potential value was at the minimum.

c The product of the charge number, z, and the absolute reduction potential, E°abs.