The thermal stability of the formed materials varies We observe little to no clear changes to the vibrational modes associated with any hydrocarbon molecule. This absence can be explained by signal from intercalated hydrocarbon being insignificant compared to the much more abundant hydrocarbon solvent. Alternatively, or concurrently, a large conformational flexibility of intercalated hydrocarbons could render such molecules more liquid like, causing their vibrational spectra to largely mirror the bulk liquid. We will return to discuss how both HCN and the hydrocarbon frequencies are predicted to change when evaluated with quantum mechanical calculations.