Sentence examples for oxide loses from inspiring English sources

By probing the crystal structure, magnetic structure, and microstructure of the Li1.2Mn0.55Ni0.15Co0.1O2 LMR oxide, we demonstrate that the oxide loses its pristine chemistry, structure, and composition during the first charge-discharge cycle and that it proceeds through a series of progressive events that introduce impediments on the ion mobility pathways.

Carbon, receiving oxygen, is oxidized; mercury II) oxide, losing oxygen, undergoes the complementary reduction; and the net change is the transfer of two oxygen atoms from mercury II) oxide units to a carbon atom.

This reaction can be written in equation form: Carbon, receiving oxygen, is oxidized; mercury II) oxide, losing oxygen, undergoes the complementary reduction; and the net change is the transfer of two oxygen atoms from mercury II) oxide units to a carbon atom.

The adhesive  joint formed with metal alloys covered with decohesive oxides loses adhesive strength as a result of these loosely adhered oxides compromising the adhesive  bond.

Under a negative reduction potential, graphene oxide nanosheets lose oxygen-containing functional group to become GNS, simultaneously MnO2 derived from KMnO4 is also electrochemically deposited on the electrode.

While the activity of the RuO2 component in the mixed oxide is lost the stability of the slightly activated IrO2 component is maintained.

The results indicate that iron oxide nanoparticles lose the O atoms, becoming thus active C traps that induce the formation of a dense region of trigonally and tetrahedrally bonded carbon around them with the ensuing precipitation of diamond-type bonds that develop into microcrystalline diamond films under chemical vapor deposition conditions.

At this point, the iron-oxide particles lose their magnetism.

And, as in the previous study, 11.3% of total oxides were lost at ig [ 14, 20].

In some cases, the oxide was entirely lost.

The samples were annealed in air at the temperatures ranging from 400 to 600 °C, and it was found that the original porous morphology of oxide is completely lost after annealing at 600 °C.