Sentence examples for reduction half from inspiring English sources

Analysts had expected a reduction half that size.

For a general reduction half reaction of the form Ox + ne- → Red, where Ox is the oxidized form of the chemical species, Red is the reduced form, and n is the number of electrons (e−) transferred during the reaction, the potential can be calculated by using the Nernst equation (equation 2).

Oxidation and reduction half reactions can be carried out in separate compartments of electrochemical cells, with the electrons flowing through a connecting wire and the circuit completed by some arrangement for ion migration between the two compartments (but the migration need not involve any of the materials of the oxidation-reduction reactions themselves).

By incorporating appropriate charge separation layers and optimizing the catalytic conditions at the surface of the electrodes, photocurrents in excess of 20 marem2 areachedhed for the reduction half reaction, demonstrating how essentially the full potential of CIGS as an efficient absorber material can be utilized in photocatalytic reduction of water into hydrogen.

Reduction half-wave potentials of several phenoxyl radicals have been measured by photomodulated voltammetry in acetonitrile.

Finally, aspects of corrosion that are not typically considered, including the reduction half-cells, are presented and shown to significantly affect cell behavior.

The measured reduction half-wave potentials are within 70 mV of reported values for formal one-electron potentials of the phenolate phenoxyl couples.

The high endothermicity of methane dry reforming and the material deactivation by coke deposition were avoided by the simultaneous feeding of CH4, CO2 and O2 in a 1 1 0.5 molar ratio during the reduction half-cycle of chemical looping.

The introduction of small amounts of a dopant (~1%) in the TiO2 film leads to an increase of catalytic activity, which manifests itself in the reduction half-wave reduction potential of O2 compared to unmodified samples.

These changes were found to be irreversible as evidenced by the course of subsequent reduction half-cycle, which differed from the one for a not overoxidised polymer, observed in previous studies.

The SWCNT@NPC material showed excellent electrocatalytic activity with an oxygen reduction half-wave potential of 0.85 V and oxygen evolution potential of 1.678 V at 10 mA cm−2.