The CT images for the treated core samples show that the stabilized acid system had less face dissolution and had the desired wormhole characteristics, i.e., narrow and directional propagation behavior with deeper penetration into the core sample.
Our approach takes advantages of the electrochemical conductivity of CNF as well as better stability from the corrosion resistivity of TiO2 and strong metal-support interaction (SMSI) between the Pt nanoparticles and TiO2 nanofibers for less Pt dissolution.
Current potential curves recorded, when electrolyte and binder are 1 M aqueous solutions of strong mineral acids, evidence only the reduction of chromium (VI) ions resulting from the more or less complete dissolution of the sample at the beginning of the experiment.
The absence of clear implications for dissolving partnerships from the above findings may either reflect the willingness of partners to continue collaborating in the future or may suggest that research-policy partnerships are long-term relationships with less clear dissolution stages.
In a shorter interaction time, the gas passing through the water loses less HCl by dissolution into the water.
However, the estimated anaerobic biodegradation rates for benzene, ethylbenzene, and m,p-xylene were less than the dissolution rate coefficient.
