First I must explain the concept, and how we can say that given the dismissal of the concept by reasons of economy, that it needs to be re-investigated where the non-linear water cell load instead of merely being line coupled to the resonant ballasting across the water cell load, also will incorporate energy released by the magnetic fields of those ballasting coils. The primary objection to the use of resonant ballasting of a water cell is that it is less efficient then the direct unballasted case; because for maximum power transfer to occur a 50% line delivery loss occurs also as a consequence. That is to say the I^2R heat loss of the delivery coils equals the power expended on the water cell load: AT MAXIMUM ENERGY TRANSFER. In this first case I have investigated I have used 2.6 ohms ON BOTH sides of the water rectified cell. This consists of two spools of 14 gauge/500 ft wire length having some 25 mh and 9.7 ohms inductive reactance value @ 60 hz. Z, the impedance being near 10 ohms on either side of the water cell then makes for a 20 ohm ballasting. What resonant ballasting consists of is making another pathway of ~ (9.7 * 2 = 19.4 ohms X(C) in parallel) and then note the reduction of the input amperage by the reactance cancellations, which yields the "acting" parallel resonant Q factor. This amount of reactive current in the tank circuit loop can itself be DOUBLED when the reactance lines share a pathway from opposite directions; exactly as occurs in the stator line delivery serving two arms of a 120 degree phased delta load, where 1.7 Amps serves two 1 Amp phases. If each of the opposite reactance quantities on each side of the loop are equally split into two in series, and then with a current line between each identical series reactance made; when the central current lines are twisted into a figure eight, no current changes on the reactive lines themselves are noted, but if the midpoint line of the figure eight is expanded and an amperage meter placed on that pathway, this pathway is shared by reactive currents that are 180 degrees out of phase from opposite enter and exit points, and like the stator delivery line the sum of the oppositely phased currents occurs, which in this case is doubled by 180 phasing. It is here where the rectified water cell load is placed in resonant current ballasting.
Then by impedance matching laws of supply we find that only a 9.7 ohm water cell load should give maximum power transfer with this ballasting, but HALF the energy input has been wasted on the delivery wires. http://www.flickr.com/photos/harvich/3932411851/ The top coils atop the high induction ones are tuned 1000 ft/14 gauge 60 hz binary resonant secondaries that step down the high voltage/ low amperage of the ~40 ma high induction coil input amperage to that of a secondary received amperage of .46 A on each branch. This accounts for another line delivery loss made through the air itself by those secondaries of the air core transformer, that can be operated in either direction of inputs. In this case here the two sets of 14 gauge top coils WHEREBY THE AIR CORE PRIMARIES AND SECONDARIES CAN BE OPERATED IN EITHER DIRECTION OF INPUTS; can themselves be the ballasting agent for the water cell. The magnetic fields from those ballasting coils can themselves produce high voltage on the secondaries. Zener diodes can be set to discharge the higher voltage from the secondaries to the rectified water cell at the desired discharge level, which in turn will set the rate at which this occurs, exactly as does the repetitive neon blinking discharge that occurs when its voltage threshold is reached. http://www.flickr.com/photos/harvich/show/ The last two jpegs on this slide show a center nite light bulb being lit brighter in the center with its voltage induced through the air, then the same left bulb powered by the source voltage itself. More power has been passed through the air then if the same load were attached to the delivery wires! More importantly a voltage meter between those isolated voltages shows zero volts. THE SAME THING HAPPENS WITH THE HIGH INDUCTION COILS AS SECONDARIES TO THE 14 GAUGE SET OF PRIMARIES. More power is inputed to those coils through the air then if the same line voltage source were connected to them. This means that part of the wasted energy of the delivery wires can be retrieved. Sincerely Harvey D Norris Pioneering the Applications of Interphasal Resonances http://tech.groups.yahoo.com/group/teslafy/
