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  • Harvey D Norris
    SrFe high frequency vibrations through Water. In the beginning of effects seen with ferrite EM emanations, this was accomplished using higher voltage available
    Message 1 of 2 , Mar 1 6:39 PM
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      SrFe high frequency vibrations through Water.

      In the beginning of effects seen with ferrite EM emanations, this was
      accomplished using higher voltage available from the alternator as a
      20 coil, .15 Henry coil system with a combined Q factor in the 40's.
      600 volts from a 15 volt stator could then be sourced between 180
      phased voltage rises from the groups of two .15 Henry coil system
      arranged as two adjacent columns of ten coils in series. This circuit
      would also be current limited to the impedance of the reactances, in
      this case 452 ohms, where the supply of 600 volts open circuit should
      drop to 33 ma on short. Surprisingly these potentials should be
      enough to fire a 4 inch neon shown to ignite at 200 volts at 480 hz..
      The bulb however does not ignite with this source, but it does when
      put in series with a ferrite resistance, in which case the EM also
      issues from the bulb itself. Then the resonant frequency spiral
      sensoring EM from these pieces enclosed by the circuit loop of a
      steel plate/cylindrical SrFe magnet, with unmagnetised ferrite keeper
      bar that sandwiches the neon wire connection back to high voltage
      source.
      SrFe Magnet/neon series; spiral sensor
      http://groups.yahoo.com/group/teslafy/files/ALTMAG/Dsc00669.jpg

      A whole series of complications evolved in this experimentation,
      which frustrated the attempt to understand any logic to the process,
      with the ending result that the scope itself shows something that is
      beyond common understanding. In any case the first frustration to be
      found was that the scope would record signals even when the
      energizing process to make that signal was not present, noted at
      Scoping of Remanent oscillations/24 hrs later
      http://groups.yahoo.com/group/teslafy/files/ALTMAG/ Dsc00673.jpg

      This research was also an attempt to map out the resonant frequencies
      of Megacable speaker wire spiral layers, arranged in 4 layers in
      which variances between a measured 250,000 hz and 330,000 hz by
      wiring routes were noted by scopings. In order to model this idea
      into a potential using the spirals as an unconventional tesla coil
      primary system, it was thought that since scopes of different
      internal capacity give different frequency results of their signals
      obtained through air core means, this result then only shows the
      effect of that inductance paired with that internal scope capacity.
      It is then totally impractical to model a tesla primary using just
      the small amount of internal capacity found in most scopes using only
      30 pf. The author has built several tesla secondaries in the
      330,000 hz resonance range, and it was shown that a set of 4 layers
      could also be arranged to naturally resonate with the scope at that
      frequency, and in some cases these could be put in series and a
      scoping made at half the previous registered frequency, indicating a
      matching of components. However scoping seems unreliable as a source
      of information and in the progression of investigations many
      parameters changed, introducing errors in measurement. Initially the
      idea was to measure neon/ ferrite ballasting as a source of EM. Those
      scope signals have high amounts of mutitracing components, indicating
      a very high level of rf busts per time period. A better scoping
      picture can be made at lesser levels of stimulation from the input
      level, but in this unique case the signals appeared of their own with
      no input from the system. A backtracking of how the signals might be
      created showed that both the ferrite and the neon, and that entire
      top return loop path to the resonant high voltage twenty coil system
      could be eliminated on one side, and that just the 6 inch by 6 inch
      stainless steel plate that the layers were placed upon was giving
      these ambient scoping signals, when it was connected to one side of
      the 20 coil bipolar double LC system of .15 henry apiece.
      Additonally it was seen that the halide lamp used in garage lighting
      also increases the voltage of ambient spiral scopings, when connected
      to the same parallel utility strip.

      It was wondered whether such scopings, for the case of real world
      influences would also be made from strictly ferrite conductions, and
      mysteriously even DC currents across ferrite enable this. The steel
      ruler assembly used for electrolysis experiments with three 3/8th
      inch blocks as sandwiched SrFe insulators can be brought to a
      comparably high voltage with respect to the alternator source, when
      used as a load in the METR DC rectifications. This same assembly when
      dipped underwater, functioning as electrolysis cell plates, then has
      a marked reduction of the resonant voltage source, but at the same
      time a great leakage currrent when the object is considered as a
      capacitor. In this case we would scarcely suspect that the cell
      itself shouild emit EM, yet is does by a scoping to be placed into
      records. In fact the empty plate assembly needs to be raised quite
      high in voltage to match the actions of only a 9 volt plate voltage
      enabling a 2 amp conduction. Thus it seems puzzling that the signals
      are not higher voltage dependent on the ferrite as the insulator, but
      the spirals might be recieving a high frequency signal from the water
      electrolysis itelf.
      3/1 04 stop
    • Jorge Arturo Guala
      Message 2 of 2 , Mar 2 9:46 AM
      • 0 Attachment
        <All right!. See at: www.andrijar.com
        Then go to PHYSICS, Nº 14
        Standard field theory deserves to be improved!.
        Best,
        Ro. Blas.

        Harvey D Norris <harvich@...> wrote:

          SrFe high frequency vibrations through Water.

        In the beginning of effects seen with ferrite EM emanations, this was
        accomplished using higher voltage available from the alternator as a
        20 coil, .15 Henry coil system with a combined Q factor in the 40's.
        600 volts  from a 15 volt stator could then be sourced between 180
        phased voltage rises from the groups of two .15 Henry coil system
        arranged as two adjacent columns of ten coils in series. This circuit
        would also be  current limited to the impedance of the reactances, in
        this case 452 ohms, where the supply of 600 volts open circuit should
        drop to 33 ma on short. Surprisingly these potentials should be
        enough to fire a 4 inch neon shown to ignite at 200 volts at 480 hz..
        The bulb however does not ignite with this source, but it does when
        put in series with a ferrite resistance, in which case the EM also
        issues from the bulb itself. Then  the resonant frequency spiral
        sensoring EM  from these pieces enclosed by the circuit loop of a
        steel plate/cylindrical SrFe magnet, with unmagnetised ferrite keeper
        bar that sandwiches the neon wire connection back to high voltage
        source.
        SrFe Magnet/neon series; spiral sensor
        http://groups.yahoo.com/group/teslafy/files/ALTMAG/Dsc00669.jpg

        A whole series of complications evolved in this experimentation,
        which frustrated the attempt to understand any logic to the process,
        with the ending result that the scope itself shows something that is
        beyond common understanding. In any case the first frustration to be
        found was that the scope would record signals even when the
        energizing process to make that signal was not present, noted at
        Scoping of Remanent oscillations/24 hrs later
        http://groups.yahoo.com/group/teslafy/files/ALTMAG/ Dsc00673.jpg

        This research was also an attempt to map out the resonant frequencies
        of Megacable speaker wire spiral layers, arranged in 4 layers in
        which variances between a measured 250,000 hz and 330,000 hz by
        wiring routes were noted by scopings. In order to model this idea
        into a potential using  the  spirals as an unconventional tesla coil
        primary system, it was thought that since scopes of different
        internal capacity give different frequency results of their signals
        obtained through  air core means, this result then only shows the
        effect of that inductance paired with that internal scope capacity. 
        It is then totally impractical to model a tesla primary using just
        the small amount of internal capacity found in most scopes using only
        30 pf.  The author has built several  tesla secondaries in the
        330,000 hz resonance range, and it was shown that a set of 4 layers
        could also be arranged to naturally resonate with the scope at that
        frequency, and in some cases these could be put in series and a
        scoping made at half the previous registered frequency, indicating a
        matching of components. However scoping seems unreliable as a source
        of information and in the progression of investigations many
        parameters changed, introducing errors in measurement. Initially the
        idea was to measure neon/ ferrite ballasting as a source of EM. Those
        scope signals have high amounts of mutitracing components, indicating
        a very high level of rf busts per time period. A better scoping
        picture can be made at lesser levels of stimulation from the input
        level, but in this unique case the signals appeared of their own with
        no input from the system. A backtracking of how the signals might be
        created showed that both the ferrite and the neon, and that entire
        top return loop path to the resonant high voltage twenty coil system
        could be eliminated on one side, and that just the 6 inch by 6 inch
        stainless steel plate that the layers were placed upon was giving
        these ambient scoping signals, when it was connected to one side of
        the 20 coil  bipolar double LC system of .15 henry apiece.
        Additonally it was seen that the halide lamp used in garage lighting
        also increases the voltage of ambient spiral scopings, when connected
        to the same parallel utility strip.

        It was wondered whether such scopings, for the case of real world
        influences would also be made from strictly ferrite conductions, and
        mysteriously even DC currents across ferrite enable this.  The steel
        ruler assembly used for electrolysis experiments with three 3/8th
        inch blocks as sandwiched SrFe insulators can be brought to a  
        comparably high voltage with respect to the alternator source, when
        used as a load in the METR DC rectifications. This same assembly when
        dipped underwater, functioning as  electrolysis cell plates, then has
        a marked reduction of the resonant voltage source, but at the same
        time a great leakage currrent when the object is considered as a
        capacitor. In this case we would scarcely suspect that the cell
        itself shouild emit EM, yet is does by a scoping to be placed into
        records. In fact the empty plate assembly needs to be raised quite
        high in voltage to match the actions of only a 9 volt plate voltage
        enabling a 2 amp conduction. Thus it seems puzzling that the signals
        are not higher voltage dependent on the ferrite as the insulator, but
        the spirals might be recieving a high frequency signal from the water
        electrolysis itelf.
        3/1 04 stop






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