Sentence examples for behaviour of the oxide from inspiring English sources
This allowed for a systematic study of the wear behaviour of the oxide layers under different loads.
A Mott-Schottky analysis reveals a n-type semi-conducting behaviour of the oxide layers with a very high donor concentration between 1022 and 1023 cm−3.
The presence of sodium ions in the reticular lattice is found to be responsible for the particular behaviour of the oxide.
Some numerical examples are carried out, and the influences of an initial rough surface and microvoids on the mechanical behaviour of the oxide layer are analysed and discussed in detail.
The capacitance behaviour of the oxide film interface with aqueous H2SO4 and HClO4 is quite different from that at the unoxidized Pt surface, while the presence of Cl− ion lowers Cdl of the latter interface.
When the layer of oxides becomes thicker, the aluminium substrate is subjected to a progressive thinning and the brittle behaviour of the oxide influences significantly the failure.
The mechanical properties, the scratch resistance, the deformation and the damage behaviours of the oxide layer have been evaluated using nanoindentation and nanoscratch techniques.
The behaviour of these oxide films was investigated by capacitance and potential measurements.
As a consequence, the surface energy of the quasicrystalline material must show a vanishingly small AB component, which is in strong contrast to the behaviour of the covering oxide and to what is known for the pure metal equipped with the same native oxide.
The lithium insertion behaviours of the oxides Co3O4 and Co2SnO4 were studied using a range of electrochemical, spectroscopic and diffraction techniques.
