I don't even convert unless I'm talking to one of you guys to make myself understandable [emoji14]Me too
Sent from my GT-I9505 using Tapatalk
Regards
Tony
Sent from my keyboard through my phone or something like that.
I don't even convert unless I'm talking to one of you guys to make myself understandable [emoji14]Me too
Sent from my GT-I9505 using Tapatalk
Excuse me, I don't understand Imperial unitsI don't even convert unless I'm talking to one of you guys to make myself understandable [emoji14]
Regards
Tony
Sent from my keyboard through my phone or something like that.
Err... So do I! That's why I said 'I don't bother to convert'.... To fahrenheitExcuse me, I don't understand Imperial unitsI live in a metric world
Sent from my GT-I9505 using Tapatalk
The deception of measuring formaldehyde in e-cigarette aerosol: the difference between laboratory measurements and true exposure
Sent with one hand, the other is busy vaping.

Sent with one hand, the other is busy vaping.Power levels are NOT associated with high aldehyde emissions as long as vapers use them in normal and not in dry puff conditions.
Well they made a study that's published in a scientific journal concerning the levels of formaldehydes in normal vaping conditions and dry hits, so they can't really ignore it.
E-cigarettes generate high levels of aldehydes only in “dry puff” conditions (irrespective of the power levels)
This is the study I was referring to earlier.
The aldehydes are created more through heat then volume, hence why the dry hit creates them in greater quantity... And hence why the one running the tests himself felt the need to mention higher power doesn't correlate to increased aldehydes. Think I'll go ahead and trust him over pure speculation.The problem with nitpicking one line is that you often miss other important details.
Farsalinos himself mentions that even at low power levels and temperature aldehydes are present, they are never gone. What happens when you increase the power? You're burning through larger volumes of juice throughout the day, hence increasing your exposure to aldehydes. If you couple this with the uncertainty of inhaling various flavours at high temperatures then it gets interesting.
I don't even convert unless I'm talking to one of you guys to make myself understandable [emoji14]
Regards
Tony
Sent from my keyboard through my phone or something like that.
Yeah, I like to vape at 503K just sounds cool [emoji14]We should really be using degrees Kelvin I reckon...
the major thing to note is that it says 'high levels' not that aldehydes are only generated under dry puff conditions! The devil is in the detail!
Yeah, I like to vape at 503K just sounds cool [emoji14]
Regards
Tony
Sent from my keyboard through my phone or something like that.
Arizona weather today
316 Kelvin
I don't like it !
Doesn't sound cool to me !
Duane

Arizona weather today
316 Kelvin
I don't like it !
Doesn't sound cool to me !
Duane
305K here but 61% Relative humidityDuane,
You just need to gain some altitude. It is only going to be 304 Kelvin here today. [emoji14]ervy:
305K here but 61% Relative humidity
Regards
Tony
Sent from my keyboard through my phone or something like that.
. Cancel the Beach Envy.