Tesla IMPEDANCE PHENOMENA - FIG 183C

[Grumpy]

How would go about proving that you are creating longitudinal waves?

Nipher used photographic plates - not exactly readily available.

[darkspeed]

How would go about proving that you are creating longitudinal waves?

Nipher used photographic plates - not exactly readily available.

Its in the works.. longitudinal detector.. need more time..

Three shells of almost no impedance and one of impedance.
Each shell can be connected to a channel of a four channel scope.



Ya I know what it looks like 

[Grumpy]

Are you going to pulse the outer coil and watch the inner rings or set the entire detector inside your copper pipe loop?


EDIT:

Do you have a VTVM?

[darkspeed]

Are you going to pulse the outer coil and watch the inner rings or set the entire detector inside your copper pipe loop?


EDIT:

Do you have a VTVM?

I have a RCA Senior VoltOhmyst - tube , and a pair of HP 3456A's - non tube

It actually could be used either way but it was built with the intention of putting the gap inside.

.

[Grumpy]

I have an HP 410B - tube - refurbished.

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Scalar detectors:
http://www.eskimo.com/~billb/freenrg/bark.html

(there are more simple types from various sources)

EDIT:
http://www.16pi2.com/magnetic_scalar_sensor.htm

Magnetometer will work too, but can't rule out other causes.

http://teslatech.info/ttstore/articles/york/esv1n4.htm

http://en.wikipedia.org/wiki/Scalar_field_theory_(pseudoscience)#Scalar_antennas_and_detectors
Theory of scalar field detection by normal RF antennas
Even though a scalar wave train does not contain the regular EM components that are used by radio frequency communications, it can still be detected by a normal RF antenna, if that antenna is in the presence of some other static magnetic field. When the scalar wave train passes through, the theory states that the wave train will create a disturbance in the field surrounding that magnet and make the field lines move, which will impart a small electrical current in the standard RF antenna, as if the magnet itself were moved.

Since all normal RF antennas are immersed in the magnetic field of the planet, they can serve as crude scalar detectors, though the reception will be extremely weak and washed out by any normal RF in the vicinity. Detection ability is greatly increased by enclosing the antenna and circuitry in a faraday cage so as to shield it from ambient RF energy, and by placing a very strong magnet near the antenna inside the cage.