Shit, and here I am with a broken a/c in my car. Guess I'll have to roll to work with the windows rolled almost all the way up tomorrow.

Crank your front and rear windows a quarter of the way down. In that way, it isn't very drafty inside the car, yet air circulates well.

Well look, there's the carrier and there's the product, like FM radio. I'm no molecular chemist, I'm curious about how we spray or drip the product onto ourselves, and then the potent molecules somehow get into the air around us. Is there a finite quantity of molecules per application? What triggers their release? Are they broadcast steadily or are there factors that accelerate or retard this release?

(04-20-2018 6:53 AM)Henry_the_turnip Wrote:  Is there a finite quantity of molecules per application?

It depends on how much you apply.

(04-20-2018 6:53 AM)Henry_the_turnip Wrote:  What triggers their release?

Diffusion. Molecules in gases or solutions will move from an area of higher concentration to areas of lower concentration.

(04-20-2018 6:53 AM)Henry_the_turnip Wrote:  Are they broadcast steadily or are there factors that accelerate or retard this release?

Heat and wind will speed up diffusion. Cold temps will slow diffusion.

(04-20-2018 6:53 AM)Henry_the_turnip Wrote:  Well look, there's the carrier and there's the product, like FM radio. I'm no molecular chemist, I'm curious about how we spray or drip the product onto ourselves, and then the potent molecules somehow get into the air around us. Is there a finite quantity of molecules per application? What triggers their release? Are they broadcast steadily or are there factors that accelerate or retard this release?

How does cologne work?Also, you can smell molecules above a certain concentration, that doesn't mean that in lower concentrations they aren't flying into your nose or that they aren't having effects.