Exploring the Inductive Resistor Heater

[gmeast]

I was respondng to Profitis..

Carry on with your tantrum...

I'm glad EVERYONE can see who the antagonist is here. What a child you are. I told you if you you want to carry on a conversation with someone else, do it via a private message. The respect you're going to garner from your bullshit here will be valuable to you I'm sure. I think I'll just see how far you'll go with this crap.


For anyone interested in the information I've assembled about my continuing research, you can find it on both Energetic Forum and  Heretical Builders.  I have moderator privileges on Heretical Builders so I can easily eliminate PicoWatts's bullshit. On Energetic Forum, I'm sure I can convince Aaron to do the same on my behalf.


Thank you

[profitis]

@pw..enough about steorn.my beliefs and theories on my thread are founded on a very well established fact,,magnetic order is temperature dependant,,as simple as that.

[profitis]

@gmeast..it seems there is a discrepency even in gaseous thermodynamics,ive just been reading about the proell-effect,realy interesting.ive heard rumours on this forum,even from antagonists, about heat pumps exceeding 100percent efficiency but having no way to convert the heat gains into useful work exceeding the effiency threshold.with inductor circuits acting as the heat pump we are theoreticaly able to do this all in one step,ie.direct conversion of ambient heat into electrical energy.

[gmeast]

@gmeast..it seems there is a discrepency even in gaseous thermodynamics,ive just been reading about the proell-effect,realy interesting.ive heard rumours on this forum,even from antagonists, about heat pumps exceeding 100percent efficiency but having no way to convert the heat gains into useful work exceeding the effiency threshold.with inductor circuits acting as the heat pump we are theoreticaly able to do this all in one step,ie.direct conversion of ambient heat into electrical energy.

Heat pumps are a unique case when it comes to efficiency. Unlike electric, gas and fuel oil heaters which all create heat in a single environment, a heat pump is merely 'moving' heat from one environment to another. The only work the heat pump's compressor must do is to create a sufficient temperature differential at the condenser so that heat can be transferred from it, and the same thing at the evaporator ... only sufficient temperature differentials for heat flow to it. Really huge evaporators and condensers make these things very efficient, but not cost effective.


I've tried drawing a parallelism between the Inductive Resistor Heater and the Heat Pump, but I have been unsuccessful in doing so in my attempts to develop a working theory for the heater.

[orbut 3000]

I have moderator privileges on Heretical Builders so I can easily eliminate PicoWatts's bullshit. On Energetic Forum, I'm sure I can convince Aaron to do the same on my behalf.


Thank you

That's great, can you please post a direct links to your moderated threads?