Sentence examples for bulk of solutions from inspiring English sources

A bulk of solutions are provided to support this finding, from cracks and pointed notches, to radiused notches.

This is caused by the protrusions of a normally rough metal surface being closer to the bulk of solution than the recessed parts and, hence, getting a somewhat faster supply of the discharging species.

In the case of Cl2 the part reaching the bulk of solution by convective diffusion is considerably also at high current densities and high chloride concentration.

The relation between the transport of electrochemical evolved H2 and Cl2 from the electrode surface into the bulk of solution by convective diffusion and by gas bubbles was experimentally obtained at a temperature of 25°C.

The reason is that the diffusion of ascorbic acid toward electrode surface is contractive and the diffusion of the electrogenerated ferricyanide from the electrode surface to the bulk of solution is expansive.

Formation of the ODN condensed film involved reorientation of the oligonucleotide molecules firmly adsorbed at the electrode and took place even in the absence of any ODN in the bulk of solution.

This slope occurs for the Volmer—Tafel mechanism when either the Tafel reaction or the chlorine diffusion, away from the electrode surface into the bulk of solution, is the rate-determining step, and for the Volmer—Heyrowsky mechanism when it is the chlorine diffusion that is the rate-determining step.

Subsequently, the current density showed an almost steady value because of the stable supply of cations from the bulk of solution to the pores [18].

In the presence of sodium chloride, the pollutant (US) present in bulk of solution pushes towards the interface of the bubble (Kumar et al. 2015).

This led to the development of positive charge on the active sites of biomass and also a competition between Pb II) ions and H+ in the bulk of solution to attach with the active binding sites of TRB.

Hydrodynamic conditions can increase mass transport of metal ions (Fe2+), produced during metal dissolution from electrode surface to the bulk of solution and hence lead to less [Fe2+-Inh] complex in the presence of the electrode; this is a harmful effect for inhibition performance.