Kapanadze Cousin - DALLY FREE ENERGY

[verpies]

I have a feeling the materials needed have different " Electron " characteristics, maybe Verpies could elaborate ? Perhaps "

It is called the Electron Mobility or the Effective Electron Mass.  The idea here is that less massive electrons accelerate easier and move faster in solids.

Thus the Indium Antimonide has the fastest electrons.  See the list below for some other materials:


Material        Effective Electron Mass
-----------------------------------------------
InSb              0.014
HgTe             0.017
Alpha Tin       0.02
InAs              0.022
HgSe             0.03
Cd₃As₂         0.046
CdSnAs         0.046
GsSb             0.05
Graphene     0.054
InP               0.067
In₂Te₃          0.07
GaAs            0.068
AlSb             0.09
Sb                0.088
CdO             0.1
CdTe            0.14
CdSb            0.15
ZnSb            0.15
PbS              0.16
CdS              0.16
ZnSe            0.17
Si                 0.19
PbTe            0.21
PbSe            0.3
TlSe             0.3
TlSi               0.3
GaP              0.35
MgSn           0.37
ZnO             0.38
MgSi            0.46
Bi₂Te₃          0.58

There is also another metric called the "Molar Volume" which indicates how many atoms (or molecules) are in a certain volume of the conductor (e.g. in a cubic centimeter or a cubic meter, liter, gallon, etc..). 
The idea here is that if a conductor has less atoms (and thus less free electrons *) per liter then these electrons will have to "work harder" (read: move faster) to transport e.g. 1 Coulomb of charge per 1 second (= 1 Ampere). 
So conductors with lower molar volume will have faster electrons when conducting the same electric current.


Element             Molar iVolume      Conductivity
Compar. to Cu   [mol/m³ %Cu]     [S/m %Cu]
-----------------------------------------------------------------------
Cesium             10%                      8%
Rubidium          13%                     14%
Potassium        16%                     24%
Radium             16%                      2%
Barium              18%                      5%
Strontium          21%                     13%
Europium          25%                      2%
Ytterbium          27%                      6%
Calcium             28%                     49%
Sodium             30%                     36%
Polonium          31%                      4%
Lanthanum       32%                      3%
Bismuth            33%                      1%
Praseodymium  34%                      2%
Cerium              34%                      2%
Neodymium      35%                      3%
Samarium         35%                      2%
Promethium      36%                      2%
Gadolinium       36%                      1%
Yttrium             36%                      3%
Thorium            36%                     11%
Terbium            37%                      1%
Dysprosium      37%                      2%
Holmium           38%                      2%
Erbium             39%                      2%
Lead                39%                      8%
Antimony          39%                      4%
Thulium            39%                      2%
Lutetium          40%                      3%
Thallium           41%                     11%
Phosphorus     42%                     17%
Tin                    44%                     15%
Indium              45%                     20%
Scandium          47%                      3%
Protactinium     47%                      9%
Mercury             48%                      2%
Zirconium          51%                      4%
Magnesium        51%                     39%
Hafnium             53%                      6%
Arsenic              54%                      6%
Cadmium           55%                     24%
Lithium              55%                     19%
Uranium            57%                      6%
Plutonium         58%                      1%
Gallium             60%                     12%
Neptunium       61%                      1%
Tantalum          66%                     13%
Niobium            66%                     11%
Titanium           67%                      4%
Silver                69%                    105%
Gold                 70%                     76%
Aluminum         71%                     64%
Tungsten         75%                     34%
Molybdenum    76%                     34%
Platinum          77%                     16%
Zinc                 78%                     29%
Rhenium          80%                      9%
Palladium         80%                     17%
Technetium      84%                      8%
Iridium             84%                     36%
Osmium           85%                     20%
Vanadium        85%                      8%
Rhodium          86%                     39%
Ruthenium       87%                     24%
Manganese     97%                      1%
Chromium        98%                     13%
Copper           100%                    100%
Iron                100%                     17%
Cobalt             108%                     29%
Nickel              108%                     24%
Beryllium         146%                     42%

Out of the commonly available conductors, Aluminum beats Copper with Electron Mobility...and Tin beats them both.


* Of course if one atom provides more than one free electron for conduction, then the Electron Mobility is inversely proportional not only to the molar volume but also to the number of free electrons per atom (or molecule).


_{P.S.
Of course you realize, that once you start considering electron velocity in relation to electromagnetic induction then you are lead straight to the William Barbat patent.}

[Acca]

 New clips by:
Denis ✵Dniester✵ 2kwt  https://www.youtube.com/watch?v=2nl72dD48Kg

https://www.youtube.com/watch?v=3A40bSYwGiE

https://www.youtube.com/watch?v=m6wtxS1c7bM

and another secret duplicator of the Kapanadze device..

https://www.youtube.com/watch?v=Gtpl7sMWQT0


Acca...

[stivep]

https://youtu.be/GiT0hPYSiss


Wesley

[T-1000]

Tesla coil is based on inductive coupling with the primary. Thus copper is better choice.

If you are assuming Tesla coil working in inductive mode like any step up high frequency transformer for the FE device this will never work.

There are many modes of operation with Tesla coil and one of them is to make it work as oscillating electrostatic machine. As soon that happens the things are going upside down with inductive and capacitive couplings... The "cold" electricity have opposite properties and flows through dialectric sometimes even better than through metal.

Cheers!

[Grumage]

It is called the Electron Mobility or the Effective Electron Mass.  The idea here is that less massive electrons accelerate easier and move faster in solids.

Thus the Indium Antimonide has the fastest electrons.  See the list below for some other materials:


Out of the commonly available conductors, Aluminum beats Copper with Electron Mobility...and Tin beats them both.


* Of course if one atom provides more than one free electron for conduction, then the Electron Mobility is inversely proportional not only to the molar volume but also to the number of free electrons per atom (or molecule).


_{P.S.
Of course you realize, that once you start considering electron velocity in relation to electromagnetic induction then you are lead straight to the William Barbat patent.}

So, now you know!

Many thanks Verpies.

Kind regards, Graham