bobidcstaff
New
Hi everybody,
from what I've learned, the principle of Gradient Factors is that you have a "space" measured from 0 to 100% between the pressure of a saturated Tissue Compartment and the M-Value of the same TC. Is that correct?
So the idea is that when you ascent the TC becomes supersaturated and the GF increases (10%, 20%, ecc.). The trick is to maintain the GF below 100%. Right?
How does all this relate to deep stop planning?
From what I've understood, when you ascent, if you stop at an intermediate depth, the supersaturated (leading) tissue starts offgassing, so that after some time if you resume the ascent the same tissue will be less supersaturated. Is this the base of the deep stop theory?
Thank you!
from what I've learned, the principle of Gradient Factors is that you have a "space" measured from 0 to 100% between the pressure of a saturated Tissue Compartment and the M-Value of the same TC. Is that correct?
So the idea is that when you ascent the TC becomes supersaturated and the GF increases (10%, 20%, ecc.). The trick is to maintain the GF below 100%. Right?
How does all this relate to deep stop planning?
From what I've understood, when you ascent, if you stop at an intermediate depth, the supersaturated (leading) tissue starts offgassing, so that after some time if you resume the ascent the same tissue will be less supersaturated. Is this the base of the deep stop theory?
Thank you!