Body
Norm,
Don't forget the proton along with the electron so what is that
releasing, a hydrogen molecule?
Seems plausible and it may not dump Gamma but one sure as hell should
have a neutron counter on hand as they can cause some serious DNA tears,
but hopefully it's only alpha or beta producing during the event.
Can a neo be smacked hard enough by some means to lose it's mags but
only temporarily? Maybe a gamma or neutron burst will do the same thing
without vaporizing the magnet into oblivion.
On 12/31/2018 10:13 AM, Norman Wootan [email protected] [EVGRAY] wrote:
>
>
> Ole and Mick, I am seeing two ways of the saturation phenomenon. By
> subjecting powerful neo magnetic to a hydro-static pressure of 23gpa
> there is a total disappearance of ferromagnetism and a conversion of
> the stored energy in the fields into electrical energy. Now I
> understand why Tesla experimented with supersaturation of iron. In
> recent Scientific and Physics papers we see that fundamental atomic
> lattice structures are altered and lends credence to the idea that
> iron Fe can transition to Mn (down shift in periodic table) at super
> saturation (magnetically) yielding electrons.
>
> On 12/31/2018 8:12 AM, [email protected] [EVGRAY] wrote:
>>
>>
>> Hi Mick,
>>
>> The NMR is mentioned in another video about trimming or finding
>> resonance. The nonlinear regions around saturation of the magnetizing
>> curve are what are causing ferroresonance. Saturation happens very
>> fast and can be used for making very short pulses. This is the
>> interesting region with its negative inductance characteristic to
>> look for free energy.
>>
>> The big problem is calculating nonlinear circuits.
>>
>> Regards
>> Ole
>>
>>
>>
>> ---In [email protected], <mkjekyll@...> wrote :
>>
>> Ole,
>>
>> The magnet, It was just another guess. I did not know he mentioned NMR.
>>
>> I think we are all coming very close to the answers with Norm
>> reminding us of the importance of the saturated state iron energy
>> pump. Just have to find the commonalities of the working systems
>> without becoming overwhelmed.
>>
>> On 12/30/2018 7:01 PM, onielsen@... <mailto:onielsen@...> [EVGRAY] wrote:
>>
>>>
>>>
>>> kHi Mick,
>>>
>>> I don't think he use magnets to bias the core. Here is a YouTube
>>> channel with Akula videos:
>>> https://www.youtube.com/channel/UCe-rV_geumWg3VXqgZ9pjvw/videos.
>>> In one of the videos he show that there is an air gap at each
>>> leg of the ring core (double U-core) made by two small pieces of
>>> paper. It's the video of the number four lantern where he splits
>>> it apart at the end. He also shows how to find the NMR of a core
>>> in one of the videos.
>>>
>>> If not removing the energy while keeping on adding pulses to the
>>> primary coil the core will go into saturation. If the output is
>>> of too low resistance it can't absorb the energy fast enough
>>> which only increases the magnetization. At some point the
>>> inductance decreases when the core can't conduct anymore
>>> magnetic flux.
>>>
>>> Here is Akula0083's YouTube channel:
>>> https://www.youtube.com/channel/UC2aHNMDJzRW7YDd145_Pa2w/featured.
>>> To find his free energy videos here go back three to four years
>>> in the 'VIDEOS' tab.
>>>
>>> Regards
>>> Ole
>>>
>>>
>>>
>>> ---In [email protected] <mailto:[email protected]>,
>>> <mkjekyll@...> <mailto:mkjekyll@...> wrote :
>>>
>>> Ole,
>>>
>>> Maybe he has a neo on the core to get it close to saturation.
>>>
>>> On 12/30/2018 4:43 PM, onielsen@... <mailto:onielsen@...>
>>> [EVGRAY] wrote:
>>>
>>>>
>>>>
>>>> Hi Norman, Mick,
>>>>
>>>> I wonder if Roman Karnouhov (Akula0083) is driving the core
>>>> into saturation by a sequence of pulses in his self-runner
>>>> lanterns. He shows the collector voltage of the output
>>>> transistor that drives the primary coil in his lantern
>>>> going negative: https://www.youtube.com/watch?v=nl9E8F1gOD0
>>>> (21:58).
>>>> The auto generated subtitle translation of this video isn't
>>>> too good. The negative biasing happens while the transistor
>>>> is supposed to be forward conducting by having positive
>>>> base signal. The current through the winding isn't shown to
>>>> actual see what happens. Roman claims the effect to be
>>>> ferrorresoannce which requires the core to actually
>>>> saturate. It's also claimed that the rise time of the
>>>> primary coil signal must be faster than the period of the
>>>> ferroresonant frequency. Such short pulse periods at this
>>>> low voltage shouldn't saturate the coil unless it is
>>>> already biased close to the saturation current. This could
>>>> actually be the case with the unidirectional succeeding
>>>> pulses. Roman doesn't show the phasing of the primary to
>>>> secondary coils. But if the secondary current flows while
>>>> the primary current is off and the converter runs in
>>>> continuous mode (i.e. the current never goes to zero) the
>>>> working point of the magnetization can be put around the
>>>> saturation level (the knee point of the magnetization
>>>> curve). This allows storing magnetic energy in the core to
>>>> be able to saturate it by adding only a small amount of
>>>> extra energy. This is then done by the very short pulse
>>>> that saturates the core and thus makes the inductance of
>>>> the windings almost vanish which increases the current
>>>> through the windings. Roman calls this the inertia of the
>>>> current. As the current is always continuous through an
>>>> inductor (i.e. no jumps are allowed) only the voltage
>>>> across it can jump or change sign to switch the power
>>>> direction from absorbing energy to giving off energy. But
>>>> the voltage across the primary coil doesn't change sign.
>>>> Instead the voltage across it increases to more than the
>>>> supply voltage by crossing the ground level (0V). As this
>>>> voltage is greater than the input voltage the energy can't
>>>> flow from the voltage supply and thus either must exit the
>>>> primary winding through the reverse biased transistor or
>>>> exit through the secondary winding. As we don't know the
>>>> phasing of the windings the current of the secondary can go
>>>> through one of the two output diodes (VD3, VD4) to either
>>>> the LEDs or back to the voltage supply capacitors.
>>>>
>