Lyne Atomic Hydrogen Furnace

[profitis]

@tim123 fancy seeing you here,you left my table without even accepting the tip and now you come to this resturant with a drawing of a catalytic spillover device.no shit,what gives? (-:

[tim123]

@tim123 fancy seeing you here,you left my table without even accepting the tip and now you come to this resturant with a drawing of a catalytic spillover device.no shit,what gives? (-:

Profitis,
  the argument you and your sparring partner Sarkeizen are having on the Quentron thread is incredibly tedious. You didn't provide clear information to back up your idea, and it seems this is the basis of the aforementioned tedious argument.

I was not prepared to download your vid - find a player for it - download that etc. - in order to understand your design. If it matters to you - post it on youtube so it's easy to view. It seems that much of the criticism aimed at your presentation of your ideas is valid. Most of your uploaded images aren't even the right way up.

You could have asked me this in a PM - so as not to take the thread off topic... Do you have anything to contribute that's on-topic?

Regards, Tim

[profitis]

lol @tim123,nah not realy,could be a health hazard for me to contribute on this thread so i,l be heading back to my resturant.just popped in to chek on your diagrams.i dont think its any better than mine tho (-:

[Vladokv]

One important question ontopic - WHY just hydrogen, why not with noble gas?

[tim123]

Interestingly - I was looking for the dielectric strength of Hydrogen and:
http://en.wikipedia.org/wiki/Dielectric_gas

Hydrogen:
Low breakdown voltage but high thermal capacity and very low viscosity. Used for cooling of e.g. hydrogen-cooled turbogenerators. Handling and safety problems. Very fast deexcitation, can be used in high repetition rate spark gaps and fast thyratrons.

If used in spark-gaps, and the theory is correct - shouldn't they overheat?