Work from 2 magnets > 19% output 2

[Floor]

@LowQ

See the photos at

http://overunity.com/14311/work-from-2-magnets-19-output-2/msg489549/#msg489549

Give me some real questions / ideas, related to the TD unit and I will be glad to chat.

                              regards
                                    floor

[Low-Q]

@LowQ

See the photos at

http://overunity.com/14311/work-from-2-magnets-19-output-2/msg489549/#msg489549

Give me some real questions / ideas, related to the TD unit and I will be glad to chat.

                              regards
                                    floor

Oh, sorry. I have been watching this thread before, but totally forgot what it was all about. So I totally missed out that you actually have built and built all the time. Keep it up. Nice to see that someone actualy is building something :-)


I have no ideas or questions to add this far.


Vidar

[Floor]

@All interested

I'm not very concerned that the correct work formulas have not been applied
up to this point, of if they continue to be.

But here is a description of a method of calculating joules
when the force applied changes non uniformly over distance.

              cheers
                    floor

[lumen]

@floor

I changed my testing setup to be more ridgid and altered the process order of recording the data along with a new digital force guage and now the findings are closer to what I expected.
The tests that once indicated a gain of over 13% were repeated along with several other interactions that I thought would indicate a path of gain and at this time nothing has shown a gain of over 3% and in fact the test results varied from about +2.5% to a -2.5% depending on the test.
To me, the results indicate no gain with any path I have tested so far.
Next I plan to setup for the TD data collection and hope the data indicates a different result.
I will be using neo's which may have a different result than your findings with ceramic magnets, but it's a good place to start.

[Floor]

@Webby

It is  0.27925  mm of weight travel per degree on my device.

        thanks

Also I reworked the first page of my last PNG file post (two pages)  I think it's
statemennt is more clearly made now.  I could use  feed back on it.
The reworked version of page 1 is posted below.