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From: Clint Sharp on 12 Dec 2009 11:22 In message <hfvtt5$sjm$1(a)reversiblemaps.ath.cx>, Jasen Betts <jasen(a)xnet.co.nz> writes >stochiometry is not critical for explosions. it's more the partial >pressure of the explosive fuel and the partial pressure of the oxidiser need >to be above some limit. Ahh, OK. I googled 'partial pressure' because I didn't recognise the term. If you're testing for a specific gas or set of gases then the concentrations can be predicted from the differential pressures though? If that's the case then the catalyst/fuel cell method would still work wouldn't it? (Not being obtuse, just trying to work something through for my own curiosity now) -- Clint Sharp
From: Jasen Betts on 14 Dec 2009 03:57
On 2009-12-12, Clint Sharp <clint(a)clintsmc.demon.co.uk> wrote: > In message <hfvtt5$sjm$1(a)reversiblemaps.ath.cx>, Jasen Betts ><jasen(a)xnet.co.nz> writes >>stochiometry is not critical for explosions. it's more the partial >>pressure of the explosive fuel and the partial pressure of the oxidiser need >>to be above some limit. > Ahh, OK. I googled 'partial pressure' because I didn't recognise the > term. If you're testing for a specific gas or set of gases then the > concentrations can be predicted from the differential pressures though? > If that's the case then the catalyst/fuel cell method would still work > wouldn't it? (Not being obtuse, just trying to work something through > for my own curiosity now) in gasses partial pressure the equivalent of what concentration is in liquids. |