Sentence examples for intensive oxidation from inspiring English sources

The first hour of treatment resulted in the intensive oxidation of N-CNTs due to the transformation of surface nitrogen groups into oxidized pyridone ones.

To predict the formation of acid mine drainage, the waste rocks were investigated using X-ray fluorescence with synchrotron radiation spectroscopy (XRF-SR), X-ray diffraction analysis (XRD), microscopy, and aqueous leaching and intensive oxidation experiments.

As the intensive oxidation and ozonation of nitrous acid is the heterogeneous gas liquid process, the solubility of oxygen and ozone in HNO2/HNO3 aqueous solution was necessary to be determined.

It includes four steps: (1) the delamination of graphite after intensive oxidation; (2) the homogeneous mixture of GO nanosheets and aqueous ammonia; (3) the formation of a water-in-oil emulsion containing GO nanosheets; (4) and the removal of water and the separation of HGOSs from olive oil.

After a thermal treatment in H2, these functional groups derived from the intensive oxidation were eliminated, which can be proved by the disappearance of the peaks at 1,724, 1,619, 1,224, and 1,053 cm-1 while an appearance of a new peak at 1,631 cm-1 (Figure 2b) reflecting the skeletal vibration of graphene sheets [15, 22].

After the coating exposure at 700 °C, delamination of the coatings occurred mainly due to the volume change, which took place as result of an intensive oxidation process of the unreactive zirconium microdroplet particles, previously found in various parts of their surface.

The intensive soot oxidation also reduces primary particle diameter from 19 to 15 nm through surface oxidation.

More intensive methane oxidation gives statistically significant rise to the stratospheric humidity.

In the outer region of the flame, the intensive soot oxidation induced by the hydroxyl attack further reduces the size of large soot aggregates and at the same time, eliminates the small soot aggregates.

On the contrary, the annealed TiB2 coating shows a low wear resistance (14 000 μm3/J) due to intensive cracking and oxidation.

The second part concerns the development of vanadium phosphate catalysts for butane oxidation which encompasses intensive studies of catalyst preparation, activation, and characterisation, including some of the first real in situ studies of a complex oxide catalytic system.