Kapanadze and other FE discussion

[stivep]

Look at picture below.
https://youtu.be/yNs2wc8nRJw?t=12
Ten  Spark Gap to u mnie byl Bomac USN-CBNQ-1B40 Argon filled Gas Switching Tube
1kW impuls.

Ty  zastosowales  kondensator ot R-140   a ja malem  pod reka  pare ceramicznych kondensatorow.
Na jedno wyszlo.
Nie radze ci publikowac  Twojego video.  Nie ryzykuj  teraz.

Wesley

[stivep]

Yes, you right this is the way.
here:
https://youtu.be/yNs2wc8nRJw?t=12
I did it.

Wesley.

[stivep]

Dobra nie ma co,- patrz w dol.
I nie wychodz z tym teraz . Nawet nie trzymaj  tego  u siebie.
Zawiez  do  Krakowa.
Hans  potem podjedzie  do ciebie, 5 godzin z  Hamburga.
Do Stefana nie daleko, ale to twoja  decyzja.
 
Wesley   

[stivep]

I have got  numerous of requests to  post  more  information in  regards to my last video in other languages.
First  is my response to Dr Hans:
Das Gerät wird jetzt nach Krakau transportiert.
Ja, er will es dir geben.
Sie können sich an Stefan wenden.
Ich bin jetzt dagegen.
Er kann sich Konsequenzen aussetzen. 

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https://youtu.be/yNs2wc8nRJw

Nein, ich kann jetzt dem deutschsprachigen Publikum keine
umfassendere Erklärung geben.

Wesley

PS:
Funken-Lücke-Tube P24 1139 habe ich wenige von ihnen. Ich werde es am Montag senden

[stivep]

As requested I'm posting  model number of spark gap
with trigger.
Tested :
- triggered by small voltage  impulses up to 267 kHz                                   passed
- spectrum center of  the bandwidth peak regulated from 6kHz to 267kHz     passed
- width of  peak   included  all F of all L ( L1;L2;L3;L4) moving from low 600Hz  at front edge  up to 2.4kHz
  so we say around  2.4- 0.6= 1.8kHz in average)
- sliding  bandwidth of interest up down  passed with  great success.
- sides of  bandwidth of interests are irregular and  quite sloping.
   but this is not important at all. The top  must include all  F of  each individual resonance and move up or down on request.
    _{Note:
   bandwidth peak  is the center of the highest  amplitude region  having at its lowest  still 75% of amplitude for frequencies of interest region.}


Application:
- Tesla coil                                     passed
- structure from my video.              passed
Description:
1. 0.15mm copper foil 2m wide 10m  long x 3= 6x10 area  as top capacitor  at 15m high.
2. cooper foil  is one side adhesive,applied  on the top of flat dielectric below.( can be commercial from Home Depot)
3. regular  flat  wooden roof served as base to the structure.
3a.yes,  at one point structure was elevated but  due to strong wind, weight of dielectric was increased
   But that wind lead me to remarkable conclusion. 
   _{(Results of 3a are not to be published yet.)
Dr Hans, ich werde Ihnen Ergebnisse am Montag in demselben Paket mit der Funken-Lücke senden.
Stefan hat seine eigenen Probleme jetzt. Belästigen Sie ihn so nicht, bis wir bereit sind.
Ich respektiere ihn sehr viel.
https://www.radioexperimenter.us/exp-1966/precision-slotted-line.html}

Instrumentation:
- E4407b
- R3267
- HP4194a

at no voltage test:
-R3754B
performed at  S11, S21, S12, S22,
Note: from 10Hz to 10kHz S parameter is not available as HP4194A  was used due to R3754B  limitation.

problem:   
-R3754B  starts from 10kHz but it  goes up to 150MHz if needed
so for low F   from 10Hz i used HP4194a at gain phase mode with rectangular graph.
-HP 8753D 30 kHz to 3 GHz was not used.
_{Correction:HP 8753D  was checked again and my version of it  works from 30kHz to 6 GHz
So  for anything above 30kHz is OK.}
-Surface wave origin and  intensity (compared Cost Rica and New York)


Look exactly here: this will  explain you  everything:
this was the whole problem of all  of these guys.
https://youtu.be/yNs2wc8nRJw?t=352
Yes  I have wide noise generator but spark gap  with trigger, gives me  so  good results.

Conclusion:
- results of this tests explains why Tariel Kapanadze used spark gap at his first devices.- next test is oriented on comparison of furnace spark generator  frequency response vs spark gap in dielectric.
- common factor is that in both cases we deal with dielectric:
a.  foil on the roof .
b. HV wire prick  by sharp end wire connected to gas furnace HV  spark generator from Tariel show to Wesley in 2011
- test  works good on  much smaller cooper area serving as  top capacitor (such as  2x2m on dielectric) 
-having few pieces such as 1x2m is more convenient.
-lying on the roof few pieces at different angle works great, as its is capacitive reactance can be regulated by moving them
  _{Note:
Tests have been provided under my supervision but with help  of two  guys (after virus I'm not so strong yet)}

- energy intensity  geographically varies  in Costa Rica test site  and New York, New Jersey,
  That would explain why Akula work in Kazakhstan and  did not work at Riga Latvia
  and in Hamburg Germany. 
  But Ruslan  at the same Riga did not have  much problem as he was tuned  there.
  However Ruslan  was not examined by Tiger or me yet. 
  Tiger couldn't  explain it too. He is back home now asking me to visit him in Kazakhstan.
  Energy density  note is my own assumption, and can't be taken for granted .

   _{Note: I'm not going to visit Tiger now. It is to close to Moscow influence.}

Wesley