I am bit puzzled about how airflow causes the coil to produce more visible vapor.
I know that when boiling water in a tea kettle, the heat causes some of the water to get hot enough to become an invisible gas (the true steam). That gas exits the kettle, and very soon drops enough in temperature so that it condenses into droplets we commonly call steam, but really is a vapor or fog.
E-cigs I wonder if there are other mechanisms at work here. I am at a loss to understand why airflow in any way affects vapor production. In my Phoenix atomizer, if I just allow the coil to heat and not blow, I get almost no vapor. But, as soon as there is some air flow, a lot of vapor is produced.
Can anyone explain how air flow causes the production of vapor in an E-cig?
Joe Dunfee
I know that when boiling water in a tea kettle, the heat causes some of the water to get hot enough to become an invisible gas (the true steam). That gas exits the kettle, and very soon drops enough in temperature so that it condenses into droplets we commonly call steam, but really is a vapor or fog.
E-cigs I wonder if there are other mechanisms at work here. I am at a loss to understand why airflow in any way affects vapor production. In my Phoenix atomizer, if I just allow the coil to heat and not blow, I get almost no vapor. But, as soon as there is some air flow, a lot of vapor is produced.
Can anyone explain how air flow causes the production of vapor in an E-cig?
Joe Dunfee