Body
the key is to create an EMP under RESONANT condition Reread genesis
apply to coil banger get ACCULA & Kapednaze apply to coil banger , GET
MRA AND do a one shot MRA coil banger . (Hector)
On 7/20/2018 8:59 AM, Norman Wootan [email protected] [EVGRAY] wrote:
>
> As Hector pointed out, we need to establish a sustaned ferroresonant
> condition at the new targeted frequency (X-L = X-C) in the LC tank!
> Look at the photo evidence of ferroresonant targeted conditions. There
> has been documented 10X multiplication of both voltages and current
> under these targeted conditions. Now your task (if you accept) is to
> figure out how to capture the energy in a sustained ferroresonant
> condition! The is a Magneto-Electric EMP like event, only a little
> more tame.
>
> https://aktif.net/en/Aktif-Blog/Technical-Articles/Ferroresonance
>
> http://actaenergetica.org/article/en/ferroresonance-phenomenon-in-power-plant-auxiliary-grids.html?tab=article
>
> These are the conditions that Hector is talking about with his strobe banger circuit. Sustained resonant conditions. My neutral Spike experiments were of a single shot nature and so destructive that I did not try to create a sustained train of the EMP events. Once you see the effects of the EMP event you too would be a little gun shy. All of the often talked about effects of cold electricity.
>
> On 7/19/2018 11:41 PM, Mick [email protected] [EVGRAY] wrote:
>>
>> Hector,
>>
>> Yes this is your claim but for whatever reason none of the people
>> here who tried did succeed and without more data success unlikely. I
>> can speak personally and not for lack of trying with multiple coils,
>> multiple core types, multiple strobe drivers and multiple types of
>> diodes. Not sure what other iteration to attempt. I don't doubt
>> that you have made such a thing but have given it quite the
>> industrial attempt and failed to achieve.
>>
>>
>> On 7/19/2018 5:06 PM, [email protected] [EVGRAY] wrote:
>>>
>>>
>>> coil banger , xenon strobe light , poor mans thyratron all you need
>>> are the right values and coil design and it keeps flashing forever .....
>>>
>>>
>>>
>>>
>>>
>>>
>>>
>>> --In [email protected], <mkjekyll@...> wrote :
>>>
>>> Norm,
>>>
>>> right, just feeding the L1 of a coil with the rectified negative
>>> does not make it happen in a sustained manner so we do need
>>> something else. I speculate the magnetic quench is one answer which
>>> you proved. Do you know which Tesla patent or drawing has the horn
>>> gap magnet?
>>>
>>> These things are elusive then when they show up all the gear gets
>>> toasted so their appearance is bittersweet so far.
>>>
>>> I have not determined if for my experiments an all in one approach
>>> is better or rather to separate the transmitter and receiver like
>>> the Magnifying transmitter, in other words two separate grounds or a
>>> single one.
>>>
>>> Also have not yet defined the concept of the magnetostrictive
>>> material in a flux circuit with a perm magnet for energy harvest, do
>>> you know about this?
>>>
>>> It would be nice if these thyratrons could support higher
>>> frequencies but the pulse width is much more important anyways and
>>> for this they are fast and clean.
>>>
>>>
>>> On 7/18/2018 7:42 AM, Norman Wootan nwootan@... <mailto:nwootan@...>
>>> [EVGRAY] wrote:
>>>
>>>> BTW! Tesla's magnetic horn gap was best method the eliminate
>>>> any ring in the DC (negative) shots that make the longitudunal
>>>> wave (radiant energy). Remember in my experiment with the Tesla
>>>> Fire, I had reversed my HVDC power supply diodes so to output
>>>> cathode (negative) output. X-ray tubes use anode (positive)
>>>> supply.
>>>>
>>>>
>>>> On 7/18/2018 9:37 AM, Norman Wootan wrote:
>>>>>
>>>>> Thanks! Mick & Kone, for now you are getting the picture of
>>>>> Neutral Spike and how difficult it is to capture it!
>>>>>
>>>>>
>>>>> On 7/17/2018 9:54 AM, Mick mkjekyll@... <mailto:mkjekyll@...>
>>>>> [EVGRAY] wrote:
>>>>>>
>>>>>> Kone,
>>>>>>
>>>>>> I am working with the ground return so there is the extra
>>>>>> energy not just from the additional in the coil collapse but
>>>>>> from the neutral spike Norm is on to. It is elusive because
>>>>>> it requires a solid negative pulse for that huge power return
>>>>>> strike just like lighting. With positive lightening there is
>>>>>> no return strike. The return mucks up everything silicon so
>>>>>> no wonder it has been completely engineered around. It's
>>>>>> difficult to get solid negative with high voltage as the
>>>>>> oscillations provide as you know the counter field so the
>>>>>> proper neg polarity to input of a coil doesn't cut it but is
>>>>>> a good start. This is why Tesla was using magnetic to
>>>>>> fraction out the negative traveling wave which is what he
>>>>>> referred to as radiant. I am sure certain materials also
>>>>>> contribute to a more pure charge one way or the other just
>>>>>> like with static charges. We just have to learn to use the
>>>>>> proper materials in our coils for the expected outcomes.
>>>>>>
>>>>>> http://wxbrad.com/positive-lightning-why-its-so-dangerous/
>>>>>>
>>>>>>
>>>>>>
>>>>>>
>>>>>> On 7/16/2018 11:20 PM, konehead@... <mailto:konehead@...>
>>>>>> [EVGRAY] wrote:
>>>>>>>
>>>>>>> Hi Mick
>>>>>>> You wrote:
>>>>>>> "There seems to be a regular echo return that is about even
>>>>>>> with the pulse in and then another type that is more elusive
>>>>>>> more powerful and far more destructive to the sand state stuff."
>>>>>>>
>>>>>>> This what I found with pulsed dc flyback and backemf
>>>>>>> recovery circuits....something big is going on with same
>>>>>>> pulse width as primary, but delayed in time as like echo (
>>>>>>> about 5 degrees delay you have to experiment to find it perfect)
>>>>>>>
>>>>>>> This the exact time and pulse width to extract power and do
>>>>>>> it in reverse polarity as primary (should be anyways since
>>>>>>> belief is fly back mixed using time with backemf opposin9g
>>>>>>> firce)
>>>>>>>
>>>>>>> Fill big cap at this time after rectifying...might help
>>>>>>> might confuse and distract don't worry just my two cents.
>>>>>>> Kone
>>>>>>>
>>>>>>
>>>>>
>>>>
>>>
>>
>
>