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Author Topic: Exploring the Inductive Resistor Heater  (Read 77174 times)

MileHigh

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Re: Exploring the Inductive Resistor Heater
« Reply #105 on: July 08, 2013, 04:26:42 AM »
Do what you want with your circuit Gmeast but there is a salient point that I am not sure you are getting:  No matter what kind of heater circuit you are building, when you look at it from the battery terminals onward, it will be a 100% efficient heater.  You can change the design, change your operating frequency or do whatever you fancy, you will always get a design that is 100% efficient in producing heat.  You may as well as buy a big ceramic resistor, some heat sink compound, and a heat sink.  Connect your battery to that, no switching or MOSFET required, and you will have a 100% efficient heater.

SeaMonkey

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Re: Exploring the Inductive Resistor Heater
« Reply #106 on: July 08, 2013, 05:17:42 AM »
Quote from: GMEast
I've conducted dozens of identical tests who's results justify the further exploration of a heater using an element possessing Inductive and Resistive characteristics.  I have no working theory, but I have consistent test results which I have attempted to share.

I share your interest and enthusiasm.
The circuit lends itself well to potential
enhancement with external inductance
(in addition to the heating element)
and high efficiency switching techniques.



gmeast

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Re: Exploring the Inductive Resistor Heater
« Reply #107 on: July 08, 2013, 06:33:52 AM »
Do what you want with your circuit Gmeast but there is a salient point that I am not sure you are getting:  No matter what kind of heater circuit you are building, when you look at it from the battery terminals onward, it will be a 100% efficient heater.  You can change the design, change your operating frequency or do whatever you fancy, you will always get a design that is 100% efficient in producing heat.  You may as well as buy a big ceramic resistor, some heat sink compound, and a heat sink.  Connect your battery to that, no switching or MOSFET required, and you will have a 100% efficient heater.


As I said earlier, you have a mindset and are convinced of your conclusion. I have proven that additional  energy is entering the system to produce more heat for the energy consumed than should normally occur.


DO NOT POST HERE ANY MORE. Or go ahead and do so and waste your time. I'll not argue with you. You are wrong in you conclusion with respect to the anomalies I've observed, recorded and reproduced. I'll not be deterred in the least. Your guys' tactics are well recognized and it's becoming clear to more and more in this community that your are FOES of over unity performance technologies. These systems derive supplemental energy from alternative sources that are not easily measured. It's as simple as that.


I'll thank you to leave now.

gmeast

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Re: Exploring the Inductive Resistor Heater
« Reply #108 on: July 08, 2013, 06:48:47 AM »
P.S.


If you are basing your conclusions on current theory alone, then there is NO basis for discussion because you have not built, tested and observed the anomalies yourself. If this is so, then you are ONLY an armchair engineer (or whatever you call yourself) and your conclusions are empty, invalid and without merit.

gmeast

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Re: Exploring the Inductive Resistor Heater
« Reply #109 on: July 08, 2013, 02:24:53 PM »
I share your interest and enthusiasm.
The circuit lends itself well to potential
enhancement with external inductance
(in addition to the heating element)
and high efficiency switching techniques.


Thank you SeaMonkey!

lancaIV

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Re: Exploring the Inductive Resistor Heater
« Reply #110 on: July 08, 2013, 05:23:57 PM »
Do what you want with your circuit Gmeast but there is a salient point that I am not sure you are getting:  No matter what kind of heater circuit you are building, when you look at it from the battery terminals onward, it will be a 100% efficient heater.  You can change the design, change your operating frequency or do whatever you fancy, you will always get a design that is 100% efficient in producing heat.  You may as well as buy a big ceramic resistor, some heat sink compound, and a heat sink.  Connect your battery to that, no switching or MOSFET required, and you will have a 100% efficient heater.


Probably you are right cause this is the common view and knowledge !
Probably not :       
                          http://www.al-bernstein-industries.com

Sincerely
              CdL

profitis

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Re: Exploring the Inductive Resistor Heater
« Reply #111 on: July 08, 2013, 06:45:16 PM »
its funny how steorn is now fully concentrating on such heaters.@gmeast dont listen to milehigh,there is a gap in the thermodynamic cycles here for intake of ambient heat.just gotta polish it up..

gmeast

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Re: Exploring the Inductive Resistor Heater
« Reply #112 on: July 09, 2013, 12:15:19 AM »
its funny how steorn is now fully concentrating on such heaters.@gmeast dont listen to milehigh,there is a gap in the thermodynamic cycles here for intake of ambient heat.just gotta polish it up..


Hi profitis,


WOW ... thanks, yes there is a breach of 'something' for sure. And yes ... it is interesting that Steorn is looking to a product of excessive and anomalous heat production. Something 'rings right' about this approach to COP>1 performance. Even I have a problem with Electrical Energy 'IN' to COP>1 Electrical Energy 'OUT' but not COP>1 Heat Energy 'OUT'.


Regards,


Greg

P.S.
I'm re-posting the link to my Video Slide Show which shows how I determined COP>1.25:
http://www.youtube.com/watch?v=q473lX-Zw1w

profitis

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Re: Exploring the Inductive Resistor Heater
« Reply #113 on: July 09, 2013, 01:20:47 AM »
nice @gmeast. I just want to point out that if anyone is lucky enough to get their inductor circuits tailored just right to tap into that narrow thermodynamic gap that any ambient heat inflow is going to happen in the inductor core rod itself and the energy be spat out on the current in the resistor load coil or lightbulb or whatever it is that one uses to perform work,ontop of the battery source reciprical current of course(inductive piggyback riding). 

picowatt

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Re: Exploring the Inductive Resistor Heater
« Reply #114 on: July 09, 2013, 01:39:07 AM »
its funny how steorn is now fully concentrating on such heaters.@gmeast dont listen to milehigh,there is a gap in the thermodynamic cycles here for intake of ambient heat.just gotta polish it up..

Are you referring to Steorn's "HephaHeat" technology?

PW

profitis

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Re: Exploring the Inductive Resistor Heater
« Reply #115 on: July 09, 2013, 02:09:12 AM »
@pw..yes

gmeast

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Re: Exploring the Inductive Resistor Heater
« Reply #116 on: July 09, 2013, 02:44:54 AM »
Are you referring to Steorn's "HephaHeat" technology?

PW


Steorn is NOT the topic here. If you want to ask someone about that or something else then do it via a personal message to that person.


Thank you

profitis

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Re: Exploring the Inductive Resistor Heater
« Reply #117 on: July 09, 2013, 02:54:21 AM »
@gmeast..he probably wants to shit on steorn and use that as a weapon here.@pw steorn isnt the issue here.i just said that they are doing inductive research thats all.and maybe signing multimillion dollar contracts thats all.we know nothing thereof.

gmeast

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Re: Exploring the Inductive Resistor Heater
« Reply #118 on: July 09, 2013, 02:57:17 AM »
nice @gmeast. I just want to point out that if anyone is lucky enough to get their inductor circuits tailored just right to tap into that narrow thermodynamic gap that any ambient heat inflow is going to happen in the inductor core rod itself and the energy be spat out on the current in the resistor load coil or lightbulb or whatever it is that one uses to perform work,ontop of the battery source reciprical current of course(inductive piggyback riding).


How refreshing! You are so right. You can't use just 'any' inductor constructed with 'any old' wire. As is being realized in the LENR work and other work such as Manelas' and the former Floyd Sweet's, it is the combination of nano-particles, suitable alloys and RAPID EDGE TRANSITIONING wave forms that contribute to the observed performances. In my case, I'm using a wire alloy comprised of Nickel, Chromium and Iron. I have no core, but the iron in the wire serves to 'fill the bill'.


There is so much more going on in these systems than can be argued against using 200-year old theories and principles ... though THEY are trying, oooohhh so hard.
« Last Edit: July 09, 2013, 06:34:57 AM by gmeast »

picowatt

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Re: Exploring the Inductive Resistor Heater
« Reply #119 on: July 09, 2013, 03:15:25 AM »
@gmeast..he probably wants to shit on steorn and use that as a weapon here.@pw steorn isnt the issue here.i just said that they are doing inductive research thats all.and maybe signing multimillion dollar contracts thats all.we know nothing thereof.

As Steorn's HephaHeat technology has little or nothing to do with the "technology" discussed in this thread, or any claims of "OU", I just wanted to make sure there was not some other Steorn technology being discussed that I was unaware of.

Carry on...