SQM Replication Project Update 22-05-05.

This weekend I tried a different approach.

Some math is included in this weekends update also which makes some sense of why last weekends Conditioning attempt failed to achieve any results. Some good information came from this weekends experiments and I think already more information has been learned in the past three months than a whole year of research into the SQM. More coming soon, Oh I am thinking of trying to get a SQM experimenters video conference started for those interested in the SQM Project. Maybe a once a month thing, if you are interested please email me.

The equation is: U = 1/2 CV^2

The capacitor bank charges to: 200 Volts

200x200 x .0215 = 860, / 2 = 430 Joules

After discharge the capacitor ends up containing: 15 Volts

15 x 15 x .0215 = 4.8375, / 2 = 2.41875 Joules

When the Capacitor discharges, 427.58125 joules discharge into the Conditioning Coil.

200 x 200 = 40000

40000 times .0215 = 860

860 / 2 = 430 Watts Dissipation

The math of the pulsing of the last Conditioning attempt is with a 1500uf capacitor:

The capacitor charges to: 200 Volts

200x200 x .0015 = 60, / 2 = 30 Joules

And it ends up containing: 20 Volts

20 x 20 x .0015 = 0.6 / 2 = 0.3 Joules

When the Capacitor discharges, 29.7 joules discharge into the Conditioning Coil.

200 x 200 = 40000

40000 times .0015 = 60

60 / 2 = 30 Watts Dissipation

With this information the conditioning process seems to be a bit of a waste of time when you look at the power to magnetise the magnets in the first place. Most magnetisers will start at around 800 Joules and go up to thousands of Joules. So to make any real conventional changes to the magnets the power or energy levels seem to be far to low. I must say with heating the magnets I have demagnetised the Anisotropic magnets quite a lot by pulsing with the method I have used today but do not appear to have changed the field pattern in the magnets using the magnetisation film paper (Magna View) all that much. However there is a small change in the field pattern and the magnets don't have close thin field lines and one magnet has a sharp spike in the middle.

This is a picture of the magnets unaltered by the Conditioning.

This is a picture of the magnets after the conditioning.