Basically i would like to try and supercharge a Don Croft chembuster so that the bad guys cant adapt to it just like the borg. what parts and which arduino would i use
Sounds like you should try frequency-hopping. I would use the 'random()' function to pick a frequency between 14.00 Hz and 16.00 Hz and use the built-in 'Tone()' function to produce a short burst of square wave at that frequency on an Arduino output pin. Repeat, choosing a different random frequency each time. Connect the Arduino output pin to the northernmost tube of your Chembuster. Provide power and protection from the weather and your Chembuster will be able to work around any adaptive filter. For this purpose, any Arduino will do but for maximum effectiveness I would use the Arduino MEGA 2560.
You need a current limiting resistor on the output pin but the value absolutely critical. You need one that is rated as "futile"
Do you use quartz or amethyst crystals?
Here is an alternative approach: Orgone Products: Orgone Cloudbuster & Chembuster. The Only Mini Cloudbuster & Chembuster on the net!
Note that the guy takes advantage of "Orgone Now Radionically Enhanced with Bio-resonance", probably not 15 Hz.
I have no clue what this thread is about. I tried to read this but couldn't make heads or tails of it.
Can someone explain the OP's post in 25 words or less ?
Hi, I'm not quite sure but I think;
Its a device to fix our greenhouse gases and air pollution problem.
1 2 3 4 5 6 7 8 9 10 11 12
Sorry with being economical with words but I don't have one of these devices and I don't want to waste to much energy answering your question.
(OOOppsssss... that last paragraph has probably made the ozone hole a bit bigger.)
Tom........ 
supercharge a Don Croft chembuster so that the bad guys cant adapt to it just like the borg.
What about this part ?
Bad guys are bad, mmmmkay?
Bad guys are bad, mmmmkay?
Thanks. That clears up everything. I'll get to work building one right now...
jremington:
Do you use quartz or amethyst crystals?
Here is an alternative approach: Orgone Products: Orgone Cloudbuster & Chembuster. The Only Mini Cloudbuster & Chembuster on the net!
Note that the guy takes advantage of "Orgone Now Radionically Enhanced with Bio-resonance", probably not 15 Hz.
i use double terminated quartz in the pipes.
thanks but i already finished the generator that john mentioned. i cant spend money on a radionics machine when i can just make one with parts laying around here. it randomly generates a 15hz-100hz signal. HAARP tried to interfere but they dont know who they are mesin with. en es ay is sending helicopters in the area, parking across the street and turning my phone on
with 300watts of solar panels
Each module is rated by its DC output power under standard test conditions (STC), and typically ranges from 100 to 320 watts.
so you have one panel ?
The average LA home uses a little under 6.5 kilowatts of electricity per year.
that's almost 550W/month/30=18W per day ? how does that work ?
That doesn't make sense but if you have 300W, even if it is only one panel , apparently it is enough.
You'll need flux capacitors for that.
TrailerTrash:
en es ay is sending helicopters in the area, parking across the street and turning my phone on
Hmmm.
Tell me, when did you stop taking your tablets?
raschemmel wrote, err, quoted:
The average LA home uses a little under 6.5 kilowatts of electricity per year.
When I saw this I immediately had an itch that this was incorrect, as, energy consumption is measures in energy per unit time, for example as Watts per hour, or how we typically see it as kWHr.
Next, I was pretty sure the average Australian 'grid-connected' home uses around 12kWHr per day.
But I went on the Australian government energy site to confirm, www.energymadeeasy.gov.au
I picked a larger city, Sydney and a household with 4 people and the answer came back at an average daily consumption of 14.2kWhr per day, making that a whopping 5194 kWhr per year.
raschemmel wrote
that's almost 550W/month/30=18W per day ? how does that work ?
Well, if the original numbers are wrong, you will get a wrong result.
A single 300 solar PV panel is right on the cusp of supplying enough usable energy for a few modern day devices for a single person situation at low latitudes. It will depend on how good your battery system is, in terms of efficiency.
Anyhow, I want to know how TrailerTrash is progressing with his voice activated you-beaut-all-singing-all-dancing-do-hicky he was talking about ast year, or was it before that?
Paul
The average LA home uses a little under 6.5 kilowatts of electricity per year.
So with 56,940 hours per year that's 370,110 kilowatt hours. At $0.23 each that comes to an annual power bill of over $85,000! No wonder they are switching to solar. If they meant to say 6.5 kWh/year that would be an annual bill of $1.49 which also doesn't seem realistic.
This source might be a little more reliable because at least they use the right units:
http://www.physics.uci.edu/~silverma/actions/HouseholdEnergy.html
Southern California Edison: Household electricity use: 6,000 kWh per household per year for 3 residents average per household.
That comes to $1380/year for the average household of 3.
JohnLincoln:
We only have 8760 hours in a year in my country.
So by my calculations, John lives somewhere just on the outer fringes of the asteroid belt 
KenF:
So by my calculations, John lives somewhere just on the outer fringes of the asteroid belt
..Which makes solar power less feasible. And increases the need for light and heat, go nuklear!
i had to put that project on hold Paul cause it used to much power and they keep spraying.
btw, thats old. i now have 400watts of solar panels now. twenty 15watt and and one 100watt.
so i had to start Project Bluesky. 11chembusters and 4towerbusters scattered across my small wooded town.
"them guys" have figured out its me dissipating the ch3mtrails and have been hitting our sky with HAARP and flying by and trying to find my stuff. im just glad its the winter solstice cause i cant last much longer without sunlight.
I see words here, but precious little meaning.