There are various synthetic polymeres that act the insulator.
Graphite or Activated Carbon solid inside with electron circuitry.
Exterior ( any color for roof ) polymere / acrylic / pexi is even a superb indulator.
No roof length measures the same.
If roof tile is trimmed - circuit electrode within still functions.
Click fitment - all tiles flow electron current to roof ridgeline to ----- battery bank in home
Or..... each shingle run layed / independent -----> battery bank inside home
Single tile or triplette to quicken installment
Enviroshake ( image ownership ) which i modified with overlays https://www.enviroshake.com/enviroslate/?ppc=sem_EnviroslatePMAX&medium=tsa&gclid=EAIaIQobChMI_7uurbDfhgMVVRiHAx3krQvtEAEYASAAEgLFM_D_BwE&gclsrc=aw.ds --------------------------------------------------------------------------------------------------------------
CORRECTION ( FORMER POST What i meant to say,
Versus... sell graphitic cons to US whereby,
they take the graphite and produce silicon electrodes.
Silicon Electrodes ------> Battery Anode
Silicon Electrodes ------> Computer Chips / Wafers
Whether battery electrodes or Chip / Wafers
First thing that comes to mind is ---------> Moissanite ---------> Synthetic Diamond Electrodes
= Same
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HYBRID FORMULAS Carbon has a unique ability to accept
positive or negative electrons.
Add
Aluminum , Lead, Sulphur, Boron --------> super electrode formulas
Did you know Aluminum can give up 3 electrons
While..... Sulphur can give up 6 electrons - YUP.
Mason's PEA is -------> lack luster why ?
No other mineral credits.
Imagine a Quebec junior adding into PEA
- Iron ( jacks the economics big time )
- Aluminum
- Sulphur
- Silica ( areogels )
All battery / Insulator related
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Did you know....
Aluminum is also ( sometimes ) considered a =
non metal !!!!!! I have had to rewrite my own foundational knowledge of the
= genesis of metals.
Carbon 14 family
plays a massive role in, birthing / transiting metals.
My new take ?
Hydrogen, Oxygen, Nitrogen gas ( provides catalyst crystalization )
Plant / Vegatation = Carbon
Telluric Earth Currents charge / excite morphology
Gas Crystals + Carbon --------> form metalloids ( in between ) metals
Allotroping phases
Secondary era heat phases / acids / morph metalloids into other minerals
Platinum ( would be a great example ) quenched second hardening
Salts, Alkai and base acids / swaps / continue the morphing / colors of other minerals
Own opinion.
Personally, i'm not running / agreeing with the term -----> inorganic + organic
I'm heavily leaning towards ---------> all organic diff morphologies
Keep in mind,
Hydrogen gas is added to build crystal layering for lab diamonds.
Huge hint - how Hydrogen, Oxygen other gases have involvement in Crystal formations.
Carbon is used as a metal alloy - hardener..... so does nature.
I'll never look at Quartz Silica / Silica Carbide again the same way.
Knowing Carbon 14 Family plays a huge influence.
Even Calcite crystalization.
Or every other salt ( crystal )
Sulphur, stand alone ------ i'm treating as a wild card.
Same goes with fluroides.
To each their own.... just my own take.
Moissanite Chips ( syn diamond ) Wafers
Graphite spray coating atop - several layers - silicon dioxide backing
3d printed. ( layer build )
Then fitment of chips etc...
Or template chip grid placed on silicon dioxide
Spray fine graphite in layering build ( height depth
Remove template / laser clean
insert chips
Ideas....
Thought i'd share a few more ideas, thoughts.
Hopefully the junior reads the bullboards.
Cheers....