You can’t know boiling mixtures!
Below ref to vap. pressure of individual, high purity cannabinoids.
doi: 10.1016/j.forc.2017.06.003
Here we have the Applied Chemicals and Materials Division, National Institute of Standards and Technology measuring cannabinoid vapor pressure by head space analysis. (we discussed earlier)
There is a lot to learn here…nice estimates for MP of THC and CBD, 64.01C and 88.54 C , respectively.
The data is used to generate NBP :
" The prediction of the NBT for Δ 9-THC and CBD by three methods are presented in Table 3. Table 3 presents the NBT predicted by the PLOT-cryo experimental data (the predicted data were corrected for changes in heat capacity with the TDE software) and both the Nannoolal and the Joback group contribution methods [41–43]. "
Closest fits to Plot-cryo experimental data is the Nanoolal method of predicted NBP.
(417.25 C : 401.35 C) for THC and (421.95 C : 419.35 C) for CBD respectively.
If nothing else, cannabinoids clearly destroy our notions of well-defined boiling points.
This might be the best of what is “out there.” Working the grey.
Boiling mixtures?
Space-time “boiled” out of nothing, the ulimate mixture.
regards