Ladies and Gentlemen,
It is our aim to develop an implement that devides the oxygen gas from the other components of air (mostly nitrogen)... In an easier, less complicated and faster way than conventional chemical factories used for the above purpose...
So air is a mixture of gases however I think nitrogen and oxygen gases within can be also considered two separate masses because the nitrogen and oxygen molecules just behave in a similar way to their copies and not to the molecules of a different gas... This means nitrogen and oxygen can be parted physically or chemically already in the gas mixture... Let's suppose that nitrogen and oxygen gases are not only matter but radiation, too (just like the photon and the light, only bigger units) - which can be true because e.g. when both gases are glowing they radiate lights of different colors...
The next question is how can you capture versatile radiations (we know already how you can separate gas molecules chemically) - the answer is: by a radiation detector that you can tune on the wave length of the chosen radiation... O.k., only that you don't want to feed energy into this radiation detector if this is not necessary... In that case you need a helix - just like the one in human ears, for example... Because a helix is the organ to detect molecules of different wave lengths...
Now the implement to devide nitrogen from oxygen would swallow the oxygen gas molecules at a certain point of the helix - the rest of the air could leave the helix... And then you could lead the nearly pure oxygen gas e.g. into the first stream of turbofan jet engines in order to enhance the burning of any kind of fuel... I would place the air intakes for additional air and oxygen, respectively on the top of the fuselage of an airplane - but this is not my business any more...
Finally the market is going to decide whether it prefers oxygen gas in containers directly from Hydrogen Factory or the above described implement for the production of additional oxygen onboard a vehicle in cooperation with Hydrogen Factory...
Best wishes, Joseph de la Mikula and Team
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