Separate the air flow (draw) from the vapor production.
The atomiser will be more or less air-tight; no air = no oxygen = no burning. The juice is vaporised in a sealed unit; on phase change the vapor exits though a membrane or nozzle into the air stream. It does this because of the huge volume increase.
Ah, but the dry deposits will still cause problems, unless we can create juices with no dry deposits.
And since we don't know as yet, whether the base juice contributes anything to to the deposits, this may be just a silly idea; unless there is another advantage to sealing the vapor prduction from the air flow (as opposed to just the juice, which is desirable in itself in future atomizer/VP designs).
The atomiser will be more or less air-tight; no air = no oxygen = no burning. The juice is vaporised in a sealed unit; on phase change the vapor exits though a membrane or nozzle into the air stream. It does this because of the huge volume increase.
Ah, but the dry deposits will still cause problems, unless we can create juices with no dry deposits.
And since we don't know as yet, whether the base juice contributes anything to to the deposits, this may be just a silly idea; unless there is another advantage to sealing the vapor prduction from the air flow (as opposed to just the juice, which is desirable in itself in future atomizer/VP designs).
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