Re: [EVGRAY] re: Longitudinal wave antenna

Body

Warren,

I lost contact with the guy but I think he said there could be no metal
where the coils mount. 

Anyways it sounds as though you secured a gorgeous stone property. 
There is a huge thermal mass like this brick concrete place I am in and
it can be chilly until one raises the temp to the bifurcation point
where instead of a sink it's a source so just a degree over ambient and
as you say after the thermal mass stores heat as a capacitor, it works
well.  Have a log home that does the same thing but it does not take as
long to move the heat through as does brick stone or concrete.  After
the sun drops it gets hotter inside when it becomes the radiator.

As Ole mentioned so much is forgotten.  If you were in front of one of
the masons of the time he would likely say well duh everyone knows that,
and did you know this then lay something down you couldn't believe
people forgot.  Constructing in stone is expensive but the longest
lasting.  Even the interlocking Peruvian type stone buildings still
require earthquake maintenance but will likely stand for thousands of
years more. Then again mortarless stone construction is the most costly
of the stone construction techniques.

The local tribes tried to repair the temples but had lost the stone
cutting tech which were likely sound driven.

Glad you are going with a heat pump, propane is expensive and a much
wetter heat.  It's nice from the perspective of permanence you are on
top of stone but makes a geothermal heat pump a near impossibility.
A good source of hydrogen like a solar electro cell and the catalytic
converter from a car is supposed to be quite the heating source.  Can
find catalytics for about $120 new.  I wonder how efficient Norms
hydrogen machine for heating would be in this way?

What brand heat pump did you end up with?


On 1/3/2019 8:53 AM, Warren Keillor [email protected]
[EVGRAY] wrote:
>  
>
> Hi Mick
> I built a very good Kromery, I believe, but have never noticed the
> cold temperature effect.
> I did not, however, do any measurements other than multimeter, that I
> had at that time.
> I always wanted to put it on a scope.
> I now have a scope, laser point and shoot thermometer, and very soon a
> lab/ studio with in floor heating and electricity. Right now there is
> a very greedy wood stove to keep the stone walls from sucking the heat
> out of my bones.
> This weekend promises to have the final heat pump check out
> connection, and test.
> The ancient stone walls are interesting. For a few days, after burning
> with the stove, I let the fire go out. Although it was bitter outside,
> the building was still comfortable inside.
> It acts like a heat capacitor.
> Our house is stone as well, with three foot thick walls.
> We have a fancy thermostat that was controlling the heat from the
> propane furnace. We were trying, to be economical, cutting down the
> heat at night, but going through the gas, feeling chilly with the
> furnace running, and the upstairs cold.
> The real trick is letting the house stay at an even temperature day,
> and night, and the gas bill drops, the place is warm and cozy.
> The furnace rarely comes on now, and only briefly.
> In my studio, where we removed 45 tons of stone from under the floor,
> I lost sleep trying to determine why the ancients put it there?
> I think I now know. They kept a couple of carriage horses there, with
> a hay loft above. By feeding the horses hay, they kept alive and warm,
> giving off heat. The stone floor, and two foot thick walls would
> retain that heat, radiating it into the interior space, but not to the
> outside, so much, as the heat transmission through the stone is very
> slow. We must remember cold does not travel. It is the absence of heat
> energy.
> We also must remember that people 170 years ago, were just as smart as
> we are, and likely working with a rich oral communication, where
> traditional solutions were carefully considered, hence, all that work
> moving boulders.
> Much knowledge came from stone masons employed by the British
> government, locally here, when they built the Rideau canal, assume,
> back in the 1820's. Many were paid in land grants around Kingston.
> I am still trying to find out the history of this place, as it is
> really old, from artifacts that I have found while repairing everything.
> Happy New Year, and let's all get our self runners up and running!
> Cheers Warren
>
>
>
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>
>     On Wed, 2 Jan 2019 at 10:13 PM, [email protected] [EVGRAY]
>     <[email protected]> wrote:
>      
>     Kone, this makes sense.
>
>     It's interesting the idea of heat being part of a non dividable
>     triad no matter which is primary or secondary.
>
>     Above or below the light constant impacting the heating or
>     cooling, very interesting supposition!
>
>     In any of your experiments have you experienced extreme cooling to
>     the point of frost?
>
>     I spoke to someone once who built the Kromrey device and said he
>     could tune it tight enough to frost the coils of a nichrome
>     resistance heater.
>
>