CO2 splitting Oxygenation
Global Warming Technology
A series of orginal inventions. Fore use against global warming. Resource lack. Geo magnetic disturbances. Power production shortcomings.
Co2 h2o splitting. Oxygenation. Methane splitting.
Atmospheric manipulation.
MAKE NOTE. YOU HAVE TO USE IT YOURSELVES.
DONT WAIT FORE OTHERS TO DO IT.
Oxygenation.
CO2 splitting. Oxygenation better range. CO2 splitting less range. CO2 splitting more demanding of watt then splitting H2O.
Most effective setting of CO2 splitting. At 7.000 Mhz sine A ch. B ch will be 6.999 999 999 993 Mhz fore CO2 splitting.
B ch seperate setting. 6.999 999 999 992 Mhz fore C to O two periods between. May be effective. May rip CO2 apart.
Oxygenation with O atom vibration at radius frequency. 4 exa hz. Oxygenates at longer range than co2 splitting. Many miles. A ch 10.000 Mhz sine. B ch 9.999 999 999 940 Mhz sine. At 7 Mhz. A ch 7.000 Mhz sine. B ch 6.999 999 999 996 Mhz sine.
Each ch to its own rf amp to its own antenna.
Adjacent.
The two sines outwards interreact. To do it.
At these frequencies. High up between the two chs. This effect occures easily. Other wise known as beat frequency.
NEW POTENTIAL CO2 SPLITTING.
High band UVC splits organic molecules. Very know in science. Beat frequency goes outwards. with good range. Many kms. CO2 is a organic molecule.
A ch 7.000 Mhz sine. B ch 6.999 999 993 000 MHz sine. 3 peta hz. Two rf amps two antenna. Powerful on people. Negative. Splits CO2 very. B ch 6.999 999 993 400 Mhz sine. Very evident co2 splits. TEST THIS.
CO2 splitter. Best. B ch 6.999 999 992 500 Mhz sine. Improves local air pressure. 2.5 peta hz. High in the uvc band.
Oxygen good at. B ch 6.999 999 992 000 Mhz sine. 2 peta hz. Also desinfects through the body of people. Very benign.
The distance between C and O in CO2 is 2.5 exa hz. This sent at with half a 360 sine wave. Hence only 180 degree. With A ch 10.000 Mhz sine. B ch 9.999 999 999 912 Mhz sine. Trim 911 to 913. Will take down co2. Even on meters.
High UVC band is claimed to split organic molecules
The high frequency trick must be set there. To test.
100 Khz radio. Setting using lower frequency radio.
A ch 100 K Hz sine. B ch 99.999 999 992 500 Mhz sine.
(FSK no hop. 2.5 peta hz. ) Test 2 peta hz plus. CO2 and CO splitting. Fore Co2 splitting.
Fore uvc radio high band that might split organic molecules.
A ch 10.000 Mhz sine. B ch 9.999 999 919 or 922 or 923 Mhz sine. Try two rf amplifiers and two antenna. One from each channel.
This will not affect the carbon atom. Can be safer. These settings good.
Co2 splitting. Oxygenation. Hydrogen production.
Signal length between C atom and O atom in CO2. 0.1162 nm. Wavelength 2.57 exa hz.
Setting A ch 10.000 Mhz sine. B ch 9.999 999 999 925 700 Mhz sine.
Good result to split CO2 would be. To periods between C and O. B ch 9.999 999 999 912 Mhz sine.
CO2 splitting. Interesting to see a test of fully accurate full length 925 700 Mhz. May be effective. Inconclusive.
At 7.000 Mhz A ch. B ch will be 6.999 999 999 993 Mhz fore CO2 splitting.
B ch seperate setting. 6.999 999 999 992 Mhz fore C to O two periods between.
A ch 7.000 000 000 003 Mhz sine. B ch 6.999 999 999 997 Mhz sine. Diameter C atom. Very effective.
A ch 7.000. 000. 000. 006 Mhz sine. B ch 6. 999 999 999 993 Mhz sine. May both last to take CO2 powerfully. Even continue after signal off.
Fore emergency oxygen.
Ocygen atom vibration radius. 4 exa hz. Oxygenates at longer range than co2 splitting. Many miles. A ch 10.000 Mhz sine. B ch 9.999 999 999 940 Mhz sine. At 7 Mhz. A ch 7.000 Mhz sine. B ch 6.999 999 999 996 Mhz sine.
Each ch to its own rf amp to its own antenna. Adjacent. Not shure Faraday Maxwell had expected this. The two sines outwards intercorrolate. To do it.
Different bands to get oxygen.
DON'T SPLIT THE OZONE.
(1000s of watt)
A ch 10.000 MHz sine. B ch 9,999 999 999 940 MHz sine. 4 exa hz. Oxygen atom size vibration.
Or. A ch 7.000 MHz sine. B ch 6.999 999 999 996 MHz sine.
Or. A ch 30.000 MHz sine. B ch 29.999 999 999 915 MHz sine.
Or. A ch 27.000 MHz sine. B ch 26.999 999 999 916 MHz sine.
(Lack oxygen. Thrash two squares on.)
There is three things to test. Radius of atom. 4 exa hz. O atom. C atom 4.4 exa hz. H atom 5.5 exa hz.
Diameter. C atom. 2.2 Exa.
O atom diameter. 2.0 exa hz. Distance C to O in the Co2 molecule. 2.5 exa hz.
When testing set the numbers with resolution A ch 10. B ch 9s. Direct in.
Repeat.
A ch 7.000 MHz sine . B ch 6.999 999 999 996 MHz sine. O atom 4 exa hz.
The resolution is calculated fore 7.000 Mhz downwards to B ch. Co2 splitting and oxygenation. Ending 998 at Hydrogen atom. H2O and methane splitting. Ending 993 fore co2 splitting, Carbon atom diameter.
4.4 exa hz radius. 2.2 exa hz. Diameter C atom. Carbon atom. CO2 basis fore settings.
A ch 7.000 Mhz sine. B ch 6.999 999 999 993 Mhz sine. Carbon atom vibration. Main CO2 splitting frequency.
Setting H2O splitting. Methane splitting.
Ending B ch 998. H atom vibration.
USING THREE CHANNELS. ONE IN THE MIDDLE. ONE UP PLUS ONE DOWN. MAY VIBRATE RADIUS AND DIAMETER OF A ATOM AT THE SAME TIME.
A ch 7.000 000 000 003 Mhz sine. B ch 6.999 999 999 997 Mhz sine, co2 splitting. Diameter C atom. Double wavelength may do it. CO2 splitting.
A ch 7.000 000 000 006 Mhz sine. B ch 6.999 999 999 994 Mhz sine.
Try using two chs of this too.
Double diameter carbon atom.
A ch 7.000 000 000 006 Mhz sine. B ch 6. 999 999 999 993 Mhz sine. May last longer in splitting CO2 than transmit time. ( Minutes) May powerfully continue after (10 minutes). CO2 splitting may continue after signal off.
Oxygenation. O atom vibration.
A ch to A rf amp to A antenna.
B ch to B rf amp to B antenna.
Adjacent antennas.
Possible to try three channels. Fore powerful co2 splitting. May vapor co2 out fore minutes after signal off. Three rf amps. Three antenna. 3 channels.
A ch 7.000 Mhz sine.
Center channel. From that to B ch or C ch. Radius C atom. Up and down.
From B to C ch. In-between. Diameter C atom. More effective. B ch 7.000 000 000 007 Mhz sine. C ch 6.999 999 999 993 Mhz sine. Very powerful CO2 splitter.
2.14 exa hz. C atom vibration. What the signal frequency is calculated from. Size of the carbon atom. Direct size.
C atom diameter. Simple. A ch in the middle. On each side B an C. Up frequency B ch. Down frequency C ch.
The setting of 2.5 exa hz. A ch 10 Mhz sine. B ch 9.999 999 999 925 MHz sine.
A ch to A rf amp to A antenna.
B ch to B rf amp to B antenna.
Adjacent antenna.
A ch 10.000 Mhz sine
B ch 9.999 999 999 940 MHz sine. Oxygenation.
4 exa hz at O atom size.
Some more potential settings.
A ch 7.000 000 000 003 Mhz sine. B ch 6.999 999 999 997 Mhz sine, co2 splitting. Diameter C atom. Double wavelength may do it. CO2 splitting.
A ch 7.000 000 000 006 Mhz sine. B ch 6.999 999 999 994 Mhz sine
Oxygenation. O atom vibration.