That's a wee bit too complicated for me to understand. If anyone would like to read it and post up a simpler summary it would be appreciated.
Ive only managed to decipher a few things from this.
1) It is a study on metals found in vapour and tests were done on the juice in the bottle, juice in the tank, and the vapour produced.
2) Strangely it shows that there are more trace metals present in the liquid in the tank, than the vapour produced, with metal traces in the bottle reading the lowest.
3) Even stranger is the presence of trace metals in the bottle in the first place and if the levels in all samples were the same i would assume they were naturally occuring trace elements but the amounts of trace elements varied from liquid sample to liquid sample.
I could summarise but am probably assuming in the absence of any other plausible explanation that this could be due to the differing vessels used from liquid to liquid during the manufactoring process.
4) Further puzzlement comes from the results showing that vapour has lower levels of trace metals than the juice in the tank which suggests it cant be the coils contributing to their presence and in fact the vapourising process removes/reduces trace metal levels.
5) I found very little information to clarify what devises were used although it was stated the equipment was provided by 56 every day vapers who agreed to participate in the study and brought their own vape gear.
