I den här artikeln från maj i år spekulerar några från University of Illinois i positivt energiutbyte från en fusor:
http://fsl.ne.uiuc.edu/IEC/Miley_Fus.Eng.IEEE(2005).pdf
Citat:
High-Current Pulsed Operation of an Inertial-Electrostatic Confinement (IEC) device
Abstract: Recent advances inpulsed power supply technology has allowed the Star Mode Inertial-Electrostatic Confinement (IEC) to pulse at high currents, 17 A, at a peak voltage of 50 kV, and a pulse width of 100 [micro]S at a frequency of 10 Hz. These results represents an increase in cathode currents of three orders of magnitudes over steady state sources. Neutron production at the peak of the pulse was found to be ~10^9 n/s ofD-D neutrons. This increase in pulsed current operations, and corresponding linear scaling of fusion reaction rates, represent a significant step forward in the development of IEC controlled fusion. An "effective Q" of this operation was calculated to be 6x10^-5. Analysis of IEC operation at higher currents indicate that breakeven, with an effective Q of 1.0, might be reached with additional increase in cathode current of only ~2 orders of magnitude
Nån som har något spirituellt att tillägga? Jag får förmoda att de i sammanhanget lärde inte lär brista ut i jubelrop
Ska det vara så märkvärdigt att pulsa ström på detta vis?