The diagram reminds me of constructions consisting of springs and dashpots in series and parallel which are used to model viscoelastic materials. see e.g.
http://gertrude-old.case.edu/276/materials/5.fig/05.htm6.gif http://ars.els-cdn.com/content/image/1-s2.0-S0023643808000790-gr1.jpg His circuit diagram could be considered an electric model of force interaction at the atomic scale within the Ecat's fuel. harry On Tue, May 28, 2013 at 9:09 PM, Andrew <[email protected]> wrote: > ** > Let's make sure I understand these 4 plots. I understand your diagram thus: > > The blue square wave goes through your toy model and emerges as the > green double exponential. > The blue triangular wave goes through your toy model and emerges as the > green curve that looks very like the power curve in the report. > The toy model describes a thermal simulation which translates electrical > input to the device to radiant power output. > > OK so far? > > Assuming yes, here's what I think you've shown. The control box consumes > power as a square wave (which is what the report measures on the input > side), and outputs a triangular wave to the device. The device's output > power profile (radiant heat) comes out as per the report. Bazinga. > > The only problem is that the cable between the control box and the device > contains "secrets". That's your next reverse-engineering mission :) > > Andrew > > ----- Original Message ----- > From: "Alan Fletcher" <[email protected]> > To: <[email protected]> > Sent: Tuesday, May 28, 2013 5:37 PM > Subject: Re: [Vo]:Spice model explains eCat non-exponential waveform, > supports David Roberson's linear-response theory > > >> From: "Andrew" <[email protected]> > >> Sent: Tuesday, May 28, 2013 4:53:45 PM > >> That's a nice piece of reverse engineering - Kudos. My only issue > >> with it is > >> the plot in the report, which definitely shows square waves. Mind > >> you, these > >> were measured on the input side of the control box. So it's possible > >> you've uncovered a secret about the actual drive waveform. > > > > The square waves are the INPUT stimulus. The wavy line (eg plot 8) is > the OUTPUT power. > > > > But the general shape will be similar. > > > > (I displayed voltage ... equivalent to temperature. I still have lots > to do. > > >
