PARTNERED SCALAR SENSOR

This A.Solunin and A.Kosting experiment is very old and evreryone can repeat. It wil show how Toroidal Wound Partnered Coils accelerate or decelerate electrrons in Oscilloscope Cathode Ray Tube (OCRT).

Toroidal core from NiZn or MnZn ferrite with permeability >2000 should have big inner diameter, so big to easy mount of OCRT neck, exactly at place where deflection plates are located. Toroidal coils wire is 0,62mm, 500 turns at all, with 250 CCW, and 250CW.

Scalar or HZ mag.field which was produced by vector magnetic potential A of partnered windings would accelerate or decelerate electrrons in tube. Acc. or Dec.at one side of toroid looking to CRT screen, depend only from sign of scalar mag.field. +HZ or -HZ. This sign could be swapped, changing the current polarity through the partnered windings in respect to main OCRT axis.

Experiment will show big angle electron deflection only in one case, and that mean there is decelerating electron speed, correspond to +HZ look to CRT-screen,. Small deflection angles on the screen mean there is accelerating electron speed. This case correspond -HZ field look to CRT-screen.

Acceleration and Deceleration effect is real and it is due to electron's vector magnetic potential ineraction with the field of Vector Magnetic Potential from Toroidal Partnered Coils (TPC)..

Knowing accelearting voltage in our case 400Vdc, lenght of electron trajectory path, and time when electron hit the screen (we can run electrons by impulse current at known time intervals), we can easy calculate (meassure) electron's speed in both cases.

This is universal vector magnetic potential sensor and could be used for all other experiments and tests.

Attached is excellent document for Oscilloscope CRT produced by Tektronix in last century.

This picture show how Vector Magnetic Potential of ordinary NeFeBr rod magnet look.

Biggest sphere around the whole magnet rod is own vector magnetic potential. We are looking intersection through that sphere.

Regards

Enjoykin