Rosemary Ainslie Quantum Magazine Circuit COP > 17 Claims

[TinselKoala]

(snip)
I have a couple of ideas:  If your thermal resistance is low enough then you could perform a 100% Q1 on, and 25% Q1 on w/o any Q2 oscillations.  You could run 100% Q2 oscillations.  And you could run 25% Q1 on w/ 75% Q2 oscillations.  If your thermal resistance is too high then you will need to think of something else.

I have a slight problem and that is the power handling capacity of the load resistor stack I am using: 5 ea. 50 Ohm, 12 Watt wirewound hollow tubular ceramic power resistors in parallel, for a measured 10.5 Ohms total resistance and nominal 60 W power handling rating. By immersing in oil I should think that I could go to 100 Watts input without chancing blowing a resistor, maybe.

So with 100 percent Q1 on, and a total circuit resistance of about 13.5 or 14 Ohms, even just four main batteries (48V nominal) would take me well over the 100 Watt power level at the load resistors.

[orbut 3000]

If this post is not reprinted on ESP, then it is endorsed.

AND, guys, if it's not reprinted tomorrow, then it is endorsed TWICE. And here's the thing: That's a quite STRONG endorsement. Almost irrefutable. So.


continued

[MarkE]

I have a slight problem and that is the power handling capacity of the load resistor stack I am using: 5 ea. 50 Ohm, 12 Watt wirewound hollow tubular ceramic power resistors in parallel, for a measured 10.5 Ohms total resistance and nominal 60 W power handling rating. By immersing in oil I should think that I could go to 100 Watts input without chancing blowing a resistor, maybe.

So with 100 percent Q1 on, and a total circuit resistance of about 13.5 or 14 Ohms, even just four main batteries (48V nominal) would take me well over the 100 Watt power level at the load resistors.

It's the maximum temperature that you need to limit.  Typically, resistors top out at 125C heated temperature.

[MarkE]

Sometimes little reminders are in order:

"The experiments conducted:  June 29, August 10, and August 11 failed to reproduce the results reported here."

"We therefore obtained heat output that was only a fraction of the input power."

"As we are unable to replicate our earlier reported results, we respectfully withdraw this paper in both of its parts."

[synchro1]

Official Bill from Big Oil to Rosemary Ainslie.
For lottery tickets not purchased, and storage of suitcase of money not found in Amsterdam, please remit $200,000. via Western Union to:
Dr. Joseph Zimgala
Lagos, Nigeria

If this post is not reprinted on ESP, then it is endorsed.

You finally identified Tinselkoala's Law Firm!