Dzydvl33
Contributor
I am fairly new to all this decompression stuff, but doing my best to learn.
In this case, and please correct me if I'm wrong, there seems to be two different issues being talked about. Tissue loading and bubbles.
Seeing how the partial pressure on N is equal to or lower that 1 ata there would be no tissue loading and therefore no need for decomposition or wait time for flying.
Bubbles in the body expand when we ascend and since there is no tissue loading, wouldn't a controlled accent rate take care of the chance of bubbles forming? And once on the surface, with no loading, won't, in theory, all things be equalized? In fact if the partial N is higher on the surface then ongassing would start then.
Again this is my take on it, please let me know if I'm on the right track. Always trying to learn.
In this case, and please correct me if I'm wrong, there seems to be two different issues being talked about. Tissue loading and bubbles.
Seeing how the partial pressure on N is equal to or lower that 1 ata there would be no tissue loading and therefore no need for decomposition or wait time for flying.
Bubbles in the body expand when we ascend and since there is no tissue loading, wouldn't a controlled accent rate take care of the chance of bubbles forming? And once on the surface, with no loading, won't, in theory, all things be equalized? In fact if the partial N is higher on the surface then ongassing would start then.
Again this is my take on it, please let me know if I'm on the right track. Always trying to learn.