Sentence examples for mercury surface the from inspiring English sources

At the uncharged mercury surface, the adsorption isotherm is shown to be simple rather than mixed.

Positively charged sodium ions in the brine migrate to the mercury surface, where the voltage is high enough to reduce them to sodium metal without reducing the water because of the above-noted overpotential of mercury.

At the noncovered regions of the mercury surface and of the first monolayer an oxidation reaction takes place leading to soluble products.

V V -mixed addenda Keggin tungstophosphate demonstrates the pronounced dependence of polarographic half-waV V -mixedaddenda at positively charged mercury surface on the nature of supporting alKegginetungstophosphate

The differential pulse polarographic data and the cyclic voltammetric data were explained on the basis of a reorientation of the radical NOS adsorbed on the mercury surface, directed by the electrode potential.

It has been noted previously by this group [ 57, 58] that the main drawback with MFEs is the difficulty involved in regenerating the active mercury surface after use, necessitating the inclusion of cleaning and mercury film renewal procedures.

Electrochemical reductions primarily of dissolved oxygen on the mercury surface and corrosion reactions of the active metals such as Fe or Al drove the potential of mercury alternately up and down.

The flat mercury surface was achieved by the open-circuit amalgamation of gold and it was found to display the advantageous electrochemical properties, including the high hydrogen overpotential, of mercury.

These distortions are explained similarly to the maxima in classical polarography: inhomogeneous polarization and inhomogeneous adsorption are considered as the two major forces causing the mercury surface movement and as a result, leading to the peak shape distortions.

Detailed mechanism of oscillation of the "mercury beating heart" was investigated for the iron-triggered and the aluminium-triggered cases by probing the electrode potential, electrocapillarity and the shape of the mercury surface.

The anions thus form bridges between the cations and the mercury surface.