I’m going to recommend this to OP in the strongest language. Get your feet wet with true mixing by getting an atomizer and combining some sprays within. Try experimenting with sandwich layering of these items in different orders.
Let me let you peek a moment behind the Wizard of Oz’s curtain. You find one, just one, post from Jasmin in all these years about Van Der Waals visualization. This is 3-D software that models the charge on the molecule. It matters. It’s trade secret technology that pheromone companies use, but it matters. I barely grasp it. However, just like magnetic poles you studied in grade school, every damn one of those mones interacts with each other, the fragrance, your skin and every molecule in the air.
If you start doing some creative mixing and layering, you’ll see. As a fundamental start, -eNone is very different from everything else and the center of the universe in mixing. The huge Oxygen atom on it attracts nearly every other mone that’s an electron donor and changes how it behaves. Try mixing IShine and AMMO together. I can’t recall if I ever did; however, the chemistry should make it burn a bit differently due to TAA. Same deal with IO. Alphanol should make TUTH or AMMO burn a bit better. What have you to lose? You might find something wonderful. Ever heard of Boar Taint? The Oxygen molecule causes it, in part.
Just in case anybody’s tempted to call “Bullsh*t,” have a look:
The Gecko climbs glass using attraction based upon Van Der Waals attraction. No chemicals involved.
You think this has any impact on skin and mones? You bet your ass it does.
We think about -eNone being sticky. What does that mean? How is None more or less sticky? How could we make it less sticky? It’s not Elmer’s Glue. The key in every mix is understanding just what sticky is and diffusion is at the atomic level. Spraying AMMO on your neck and Shine on your arm is totally and completely different than solution. When you have two different app points and no solution, you have no Van Der Waals adhesion. No sticky between the molecules. They aren’t close enough to interact. In solution, you do.