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Overunity Machines Forum



Wireless energy transfer experiments ,Builders board

Started by ramset, September 18, 2019, 09:15:01 AM

Previous topic - Next topic

0 Members and 2 Guests are viewing this topic.

stivep


PART 6:


All credits  paid to:
-Dr.James Corum
- Kenneth Corum
- Gary Peterson
- Dr Hans
- Dr Roy
Thank you to all mentioned above contributors to the general knowledge, whose position was  supporting,
contradicting or correcting  presented  phenomena, phenomena in question and described processes.

RECEIVER:


Note: The text  and/or posted material is not mine :)
practical  application material:
A Tesla receiving transformer with widely-adjustable variable elevated terminal. 
The terminal is not very robust, but gives a very wide range of tuning and is particularly useful when first configuring a transmitter-receiver pair.




stivep

Special thank you to Gary Peterson
Dear Gary
Your outstanding practical and  theoretical study of Zenneck Wave
is the treasure 
and it is my honor to  write this words to you
73



PURSUING TESLA'S VISION Creation of aTesla Curriculum
GaryPeterson
Tesla Memorial Society
January11,2014
Note: this book was  printed by  great contributor to  general knowledge
in 2014 when  Dr James Corum only started his Viziv and Zenneck Wave Experiments
So some  statements   from the book  are in the form of  hope for its development.
As of today we know that Gary Peterson
was right.


http://www.teslaradio.com/pages/Pursuing_Tesla's_Vision.pdf

Wesley

stivep

Question to Wesley:
#1
What is the  frequency of the device and  what  is the distance  between the two Tx and Rx.
Я ЗАДАЛ ВАМ ДВА ПРОСТЫХ ВОПРОСА ЧАСТОТА ИМЕННО ВАШЕЙ УСТАНОВКИ И ВАШЕ РАССТОЯНИЕ ДО ПРИЕМНОЙ СТАНЦИИ_


Answer:
Let's start from the beginning.
We have two Tesla  coils assembly.
One  serves as Tx the other like Rx
Frequency of the Tx can be any from Hz to THz.
Начнем с самого начала. У нас есть две сборки катушек Тесла. Один служит Tx, другой как Rx. Частота Tx может быть любой от Гц до ТГц.
The distance between  Tx and Rx should be bigger than  Brewster Angle  distance x2.
(look at Picture 1) but  it works in practice  already in less than that distance  as long as signal from Tx going at Brewster  Angle to the interface is not reflected and refracted.
.расстояние между Tx и Tx должно быть больше, чем расстояние по углу Брюстера x2
на практике это работает уже на меньшем расстоянии пока сигнал от Tx, идёт под углом Брюстера oт Tx,  к интерфейсу, 
нo oн  не отражается и преломляется..
(и это это самое важное во всем, что вы здесь делаете - без отражения и без преломления - сигнал должен попадать в интерфейс)

___________________________________________________________________
Question to Wesley:
#2Can  the signal   (at  the Frequency Region  mentioned by you)  be received  by regular AM receiver or  field  probe?
ОПИСАННЫЙ ВАМИ ДИАПАЗОН ЧАСТОТ НА КОТОРЫХ МОЖНО ДЕЛАТЬ ЭКСПЕРИМЕНТ ПРИНИМАЕТСЯ НА ОБЫЧНЫЙ АМ ПРИЕМНИК!!!!!!! А МОЖНО И НА ПРОСТЕЙШИЙ ИНДИКАТОР ПОЛЯ!!!!
Answer:
If you send unmodulated signal from Tx at any power level- you will not hear it in AM receiver because Am receiver doesn't have BFO
however  field probe doesn't need BFO and will show you strength of the signal.
You can use BFO in receiver  the same way as you  are receiving  CW  (A1 type modulation)
Если вы отправляете немодулированный сигнал от Tx на любом уровне мощности - вы не услышите его в приемнике AM,
потому что приемник AM не имеет BFO, однако полевой зонд не нуждается в BFO и покажет вам силу сигнала.
Вы можете использовать BFO в приемнике так же, как вы принимаете CW (модуляция типа A1)

In theory:

But you are NOT and CAN NOT  hear the signal in the interface at any type of receiver
if you don't have  the right antenna for it
* Ho Теоретически : *  вы НЕ И НЕ МОЖЕТЕ услышать сигнал в интерфейсе на любом типе приемника, если у вас нет для него подходящей антенны.

In practice you can , but you need to know how
На практике можно, но нужно знать, как
https://youtu.be/He5xQOJHlrU?t=411

Wesley

stivep

Here is the more accurate  visual explanation  and more processes are shown  here.
Вот более точное визуальное объяснение, и здесь показано больше процессов.

1.  approximate Brewster angle  is pointed :
      Указан приблизительный угол Брюстера
  - Near Field  boarder and Brewster Angle is shown
     показаны граница ближнего поля и угол Брюстера
    https://en.wikipedia.org/wiki/Near_and_far_field    https://en.wikipedia.org/wiki/Brewster%27s_angle


- Fresnel zone  is shown
- Показана зона Френеля
  https://en.wikipedia.org/wiki/Fresnel_zone

- Adjustment of Top Capacitor is shown
   Показана регулировка верхнего конденсатора.
  That adjustment is Crucial  when  adjusting Brewster Angle .   Эта регулировка имеет решающее значение при регулировке угла Брюстера.

- Interface and its Air/ Earth boarder is marked 
  интерфейс и его граница воздух / земля отмечены

Wesley


stivep

Секрет доктора Корума
Некоторым россиянам это может не понравиться a to выглядит как теперь уже поздно использовать новичок
Secret of Dr Corum
Wesley