this is a very interesting demonstration ... and it makes me reconsider some of the strangeness I see when running a small engine on HHO ... have noted that after a long run, once the equipment has warmed up and the gas being delivered is hot, the volatility seems reduced ... need what looks like higher volume of HHO to get same effect ...
Yes SSC the density of HHO is not stable or consistent. Makes it next to impossible to get solid numbers when testing ICE's. Just a few deg in cell temp changes everything. I think we will find that the cell temp and pressure needs to be specific for proper ICE operation depending on ambient air conditions.
Looks and sounds like AC spark... I've seen 300VDC water spark plugs and they have a rather loud "snap" when it ignites the HHO, even though the gap is about 20-50 time smaller. How are you generating the spark?
Why does heat affect burn rate?
dionpda 2 years ago
this is a very interesting demonstration ... and it makes me reconsider some of the strangeness I see when running a small engine on HHO ... have noted that after a long run, once the equipment has warmed up and the gas being delivered is hot, the volatility seems reduced ... need what looks like higher volume of HHO to get same effect ...
SmartScarecrow 3 years ago
Yes SSC the density of HHO is not stable or consistent. Makes it next to impossible to get solid numbers when testing ICE's. Just a few deg in cell temp changes everything. I think we will find that the cell temp and pressure needs to be specific for proper ICE operation depending on ambient air conditions.
CarbideTip 3 years ago
Looks and sounds like AC spark... I've seen 300VDC water spark plugs and they have a rather loud "snap" when it ignites the HHO, even though the gap is about 20-50 time smaller. How are you generating the spark?
UltimateRoadWarrior9 3 years ago
Standard ignition coil driven by a 555 timer.
CarbideTip 3 years ago
beautiful
shimoda18 3 years ago
interesting
jdcmusicman 3 years ago