4. Conclusion
Thorough conductivity study of [emim]CH3SO3 in n-propanol,
n-butanol and n-pentanol shows that the conductance for the electrolyte
is highest in the case of n-propanol and lowest in the case of
n-pentanol. The molar refraction values also support the above fact that
the highest ion–solvent interaction is seen in the case of [emim]CH3SO3
and n-pentanol. The diffusion coefficient (D) and the ionic mobility (i)
decrease from n-propanol to n-pentanol for ions [emim]+, {CH3SO3
−}
showing greater ion–solvent interaction in n-pentanol than the other
studied solvents. The derived parameters obtained by analyzing various
equations supplemented with experimental data sustain the same
finale as discussed and explained in this manuscript demanding the
uniqueness of the work