Above 220°C or so, THCv is released...
It would require a vaporizer capable of even flirting with combustion and a lot of patience to eventually acquire a perspective on the subtle nuances when it comes to inflamation.
...my vape paid for itself...
There's that nice benefit for sure, but lets see what's next...
...about vaporization temperatures... ... ...higher lung pressure should encourage abosrption... ... ...a lot of theory.
An individual named Enrico bouchard once claimed his Sublimator was actually heat-shrinking the airborne microscopic droplets somewhat further, hence enhancing bio-availability as the noble molecules could pass easily/conveniently from the alveolar system to our bloostream - which is part of what made us prefer inhalation in the 1st place: it's fast-acting.
As for the wide-spectrum "entourage" effect i find that's at least a conceptual contradiction when relying on a thermostatic model where the molecules get differentially released on a temperature basis, slow & steady step by step...
I dunno too much about explanations revolving around concepts as osmosis, pressure, etc., but i can tell there's an alternative to the static scenarios and that's to exploit a brief transition in Pulse Heating mode where designer issues as materials selection can be resolved at little cost thanks to a physical impossibility for heat to travel instantly through matter at instant speed - except for the radiative heat vector though it still comes with a delay attached when the time comes for energy conversion... Briefly put i found Silicon Carbide Foam is excellent at performing multiple difficult-to-juxtapose tasks, starting with the massive matrix collaboration of a multitude of energized air pockets ready to be carried into a cannabic bowl once airflow sets things in motion, only for a little while yet sufficiently durable to "release" the noble molecules and then conveniently carry them away from a heated bowl. now please consider Pulse Heating renders a time-compressed experience accessible in which temperature is virtually infinite within the range of application and hence we can reasonably expect *
ALL* of the sacred goodies to be released on a ready-first basis.
Years ago i've compared this alternative scenario to the sadistic game of heat-shaving spiders using a torch and yet trying to avoid killing them, thanks to that transition implying delays that can't protect its hairs but won't destroy key organs under her exo-skeleton armor. When time-compressed enough the torching only causes the victim insect to get surrounded by glowing hairs being combusted on a basis of their specific heat capacity, available energy, weight and contact surface.
Hoping this explanation managed to provided some satisfactory hints to further explore.
