gently brought our next generation alumina torch and heat exchanger online today at @lightcellenergy
the incoming air first enters through the heat exchanger, passes through the quartz annulus, and spirals up injected in the same direction as the fuel, through a compound nozzle spiral.
it's totally stable, unlike previous counterflow injectors aimed at each other. it is a laminar spiral flow.
very little sodium this run. soon (tm)
Users are praising LightCell Energy's next-generation alumina torch with stable spiral flow because it demonstrates clear progress in fabrication techniques.
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steve got a good shot and he didn't have to play around with LUTs and log. i should study more
gently brought our next generation alumina torch and heat exchanger online today at @lightcellenergy
the incoming air first enters through the heat exchanger, passes through the quartz annulus, and spirals up injected in the same direction as the fuel, through a compound nozzle spiral.
it's totally stable, unlike previous counterflow injectors aimed at each other. it is a laminar spiral flow.
very little sodium this run. soon (tm)
our fabrication sure has come a long way
gently brought our next generation alumina torch and heat exchanger online today at @lightcellenergy
the incoming air first enters through the heat exchanger, passes through the quartz annulus, and spirals up injected in the same direction as the fuel, through a compound nozzle spiral.
it's totally stable, unlike previous counterflow injectors aimed at each other. it is a laminar spiral flow.
very little sodium this run. soon (tm)
@DanielleFong @lightcellenergy huge well done
@DanielleFong @lightcellenergy This is the kind of progress i like to see😁