More... http://www.financialpost.com/markets/news/BlackLight+Power+Announces+Game+Changing+Achievement+Generation+Millions/9384649/story.html
Regarding the statement: “The disclosure of one of BlackLight’s patent application that was recently-filed worldwide, its 10 MW electric SF-CIHT cell system engineering design and simulation, high-speed video of millions of watts of supersonically expanding SF-CIHT cell plasma…” This says to me that the SF-CIHT is a pulsed system featuring a instantaneous high powered plasma pulse. On Wed, Jan 15, 2014 at 10:31 AM, Axil Axil <[email protected]> wrote: > In a pulsed system, the peak power might only be produced for a small > fraction of a second…like what happens in an explosion. > > The average power is a function of the repetition rate of the pulse. It > might be that the power produced by the SF-CIHT cell comes mostly from the > near instantaneous expansion of the water plasma. > > If this power production mechanism is the case, the SF-CIHT must be > engineered to capture all of this explosive force and convert it into > electric power. > > IMHO, this energy conversion process is best done in a reciprocating > piston engine design…as in the PAPP engine. > > You never see the power produced by explosive fuels like gasoline and > diesel fuel captured using direct electrostatic and magnetohydrodynamic > (MHD) conversion as Mills wants to do. > > But Aircraft do use turbine designs to move lots of air but then jet > engines are not pulsed systems. > > > On Wed, Jan 15, 2014 at 10:09 AM, Jed Rothwell <[email protected]>wrote: > >> I wrote: >> >> >>> I do not think it is possible for such a small object to produce a >>> megawatt of power. It would melt. >>> >> >> Even if it were pure electricity this would not be possible without a >> superconducting cable. There is a shopping mall near my house. When you go >> in the back entrance you pass the power supplies. I think they are about 1 >> MW. The transformers and distribution cables are huge. >> >> Maybe this means 1 MW peak power? In a spark or something? Who knows. >> >> - Jed >> >> >
