<div dir="ltr"><div><div class="gmail-moz-cite-prefix">On 17/10/2016 21:29, Rick Walsh wrote:<br>
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<p dir="ltr">Hi</p>
<p dir="ltr"><br>
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<p dir="ltr">> I am not saying it has to be like this (or I am
convince that this is a good description for what is actually going on
in the body) but it seems to me this is at least a (tacit) assumption of
decompression models.<br>
><br>
> There is another practical complication (when you want a
representation like the heat map with one value per tissue and instant
of time): There is potentially more than one inert gas. It it absolutely
possible for example that He is off-gassing while N is on-gassing (but
some people argue that this is bad for the effectiveness of
decompression, they call this isobaric counter diffusion). What are you
going to plot in this situation?<br>
><br>
Using the 'percentage' variable, we are considering total inert gas, and
the M value is calculated accordingly. I do not propose to change this.</p>
<p dir="ltr">Cheers, </p>
<p dir="ltr">Rick </p>
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I will hold off a bit with the user manual content until the patches are in master. ok? i will replace current graphics with a new one.<br>
I think the expansion of the yellow zone is excellent.<br></div>I also think Robert's argument about total ambient pressure vs equilibrium inert gas pressure is persuasive.<br><div>
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Kind regards,<br>
willem</div></div>