When the control source was adjacent to the P+K source, the time spent in the mixture was greater than that spent in the control and the opposite fields, regardless of the treatment.
The core insights of this investigation show that the maximum deflagration pressure rise (ΔPMAX) and maximum rate of pressure rise ((dP/dt MAX) of this hybrid mixture are greater than those corresponding to deflagrations of H2/air mixtures for all the dust and H2 concentrations being examined.
Although the permeation flux of pure N2 was higher than that of pure CH4, the permeation flux of CH4 in the CH4/N2 mixture was greater than that of N2 owing to the disturbance of N2 permeation by CH4 and the relatively weak adsorption affinity of N2.
The combined effects of the mixture were greater than those of its individual components.
The most important observation was that separation factor of methanol/water mixtures is greater than that of ethanol/water mixtures and it is because of different molecular size of alcohols.
Importantly, the range of rheological properties offered by the binary mixtures was greater than those exhibited by the primary systems.
It was shown in the case of absorption of gases such as SO2 by ILs systems, that the diffusion coefficient of cation in the pure ILs and IL/SO2 gas mixtures was greater than that of the anions and much less than that of the SO2 molecules.
