Sentence examples for behaviour of an oxygen from inspiring English sources
This paper investigates the transient behaviour of an oxygen mixed conducting membrane (OMCM -based gas turbine (GT) pOMCM -based
The effects of over-doped yttrium on the microstructure, mechanical properties and thermal behaviour of an oxygen-contaminated Zr51Cu20.7Ni12Al16.3 bulk metallic glass are studied systematically.
The dynamic behaviour of this oxygen control system is described.
The peculiar electrophilic behaviour of active oxygen formed over Fe-ZSM-5 zeolites upon nitrous oxide decomposition has been investigated in toluene oxidation.
The dynamic behaviour of the optical oxygen probe at the presence of the liquid film is well described by unsteady one-directional oxygen diffusion into the probe membrane through liquid film.
The behaviour of the synthesised oxygen carriers over 100 chemical looping cycles was studied.
The behaviour of oxygen and aluminium electrodes was studied by means of emf measurements in Na3AlF6 melts saturated with α-Al2O3 in the temperature range of 1233 1310 K.
A heterogeneous kinetic scheme, describing the catalyst surface reactions involved in the oxidative coupling of methane, is connected to a detailed homogeneous kinetic scheme with the aim of simulating the reacting behaviour of mixtures of oxygen and light hydrocarbons.
The behaviour of adps of oxygen species located in 4c and 8d sites (B 11 ≈ B 22 > B 33 and B 11 ≈ B 22 < B 33, respectively) does not change with the temperature (Table 1).
To be considered as definitely related to the question the article had to report physical measurements and/or contain a clinician report of the behaviour of a 50% nitrous oxide and 50% oxygen volume/volume (v/v) mixture in a single cylinder under varying temperatures during conditions of handling and storage.
By using a combination of oxygen buffering capacity (OBC) and oxygen storage capacity (OSC) measurements, the redox behaviour of a Pt/CeTbOx catalyst is compared to that of a classic model TWC system: Pt/CeO2.
