Sentence examples for metals with negative from inspiring English sources

The reduction potential for hydrogen is taken by convention to be zero, and all metals with negative reduction potentials i.e., metals that are less easily reduced (more easily oxidized; e.g., zinc: Zn2+ + 2e− → Zn, − 0.763 volt)—can, in principle, displace hydrogen from a strong acid solution: Zn + 2H+ → Zn2+ + H2.

The circle stands for the metals with negative charges.

Surface plasmons (SPs), which are optically induced oscillations of the free electrons at the surface of metal with negative dielectric permittivity and strongly localized at nanoscale near metal-dielectric interfaces, provide a promising solution to guiding light beyond the diffraction limit of light [3, 4].

As our analysis of the potential window shows, the Cu WE offers a sufficiently negative range for determination of Zn (and other trace metals with less negative stripping potentials, such as Pb and Cd), without exhibiting too much H+ reduction.

In prior work we used this Cu seed layer for direct determination of metals with mildly negative stripping potentials, such as Zn.

But put that same face over death-metal music — associated with negative white stereotypes — and you don't get the same amygdala reaction.

An analytical slip-line field model is utilized to study the cutting mechanics and friction at the tool-chip and tool workpiece interfaces in the presence of the dead metal zone in machining with negative rake curvilinear PCBN tools.

The change of Zn2+ removal was not obvious between pH 2.5 and pH 4. Absorption increased with increasing solution pH since more metal binding sites could be exposed with negative charges, with subsequent attraction of metal ions with positive charges and absorption occurring onto the cell surface [ 15].

Lewis bases include ammonia and its organic derivatives, the oxides of the alkali and alkaline earth metals, and most atoms and molecules with negative electrical charges (anions).

The conductivity of LixN THF 10.4 solutions shows linear behaviour with temperature of with negative slopes highlighting its metal-like character.

The present paper is focused on presenting an innovative and viable method to test the thinning limits of sheet metals in Negative Incremental Forming along with verification of the Cosine's law of thickness distribution.