Sentence examples for formation conversion from inspiring English sources

The origin of the higher than a 100% coulombic efficiency for the Fe C electrodes probably originates from the various non-Faradaic processes associated to SEI formation, conversion reactions of the native oxide layer of the Fe-nanoparticles, and capacitive and pseudocapacitive effects due to the disordered nature of the carbon nano-domains.

For use as a seed in the cell free assay of PrPres formation (Conversion Activity Assay described below), 10% (w/v) brain homogenates were prepared in calcium and magnesium free Dulbecco's phosphate buffered saline (DPBS) or 20 mM Tris-HCl pH 7.4 supplemented with 1% (v/v) Triton-X 100.

From this point of view nano-size SiO2 is a perspective and at the same time an actual model system for study of radiation defect-formation, conversion and transfer processes of ionizing radiation energy.

Similar results have recently been presented on microsphere array patterns promoting MSC adhesion and spreading through filopodia formation and conversion of filopodia into lamellipodia[27].

The predicted onset of gel formation at conversion values larger than those expected in bulk polymerization is experimentally verified.

A CeCl3/H2O2 aqueous solution treatment is assessed for the formation of conversion coatings on a AZ63 magnesium alloy.

Surface PdO was proposed as being responsible for HCOH formation, CO conversion, and methanol combustion; nevertheless, the role of intracrystalline Pd ions in MPO chemistry was uncertain.

The rates of formation and conversion of different CO species strongly depend on the catalyst layer cleaning procedure used prior to the kinetic studies.

This work proves that cyclic voltabsorptometry is adaptable for the analysis of the potential-dependent formation and conversion of the light-absorbing metal complexes.

Oxide formation and conversion on Type 316L stainless steel at pH 10.6 was investigated as a function of potential under both potentiodynamic and potentiostatic conditions using a range of electrochemical and surface analysis techniques.

It was suggested that H incorporation into a-IGZO always results in surface OH bond formation where conversion of H atoms to H+ ions (i.e., donor ions) increases the carrier concentration greatly as expressed in the following equation: H ads) + Zn2+ + O2- (in a-IGZO) → H+(in lattice) + Zn2+ + O2- + e- → OH- (in a-IGZO) + Zn2+ + e-9.