In such processes, the mutual solubility of ILs and fuel oil is still a major concern.
In most cases, it occurs upon cooling below the temperature of mutual solubility or stability of the solution.
As with liquids, solids have different degrees of mutual solubility, depending on their chemical properties and crystalline structure, which determine how their atoms fit together in the mixed crystal lattice.
However, the mutual solubility of titanium and copper is limited.
Two fiber matrix systems, one with no mutual solubility (quartz lead) and the other with limited mutual solubility (nickel lead), were investigated.
Moreover, experimental determinations of the mutual solubility indicate [C1pyr]H2PO4 is a good solvent for desulfurization.
The mutual solubility increased as the temperature increased for all these systems.
Three isothermal phase diagrams for the ternary system were constructed based on the measured mutual solubility.
Also, tungsten-copper system has no mutual solubility which means poor sinter ability [1].
Cations with smaller non-polarity, shorter alkyl chain length and less symmetry tend to have weaker vdW energies and smaller mutual solubility, while anions with larger polarity tend to have stronger HB energies and smaller mutual solubility.
