Hydrogen Burn Without Oxygen
"On the Burning of Hydrogen Without Oxygen"
It is said that the burning of hydrogen depends on oxygen, but there is something to be investigated about the burning of hydrogen. Hydrogen is light and alive, and in normal times, it is mostly stored in gas. In ancient times, when it comes to burning, oxygen is the main thing, and it is thought that without it, it cannot be burned.
However, if you consider it carefully, in special circumstances, hydrogen can also burn without oxygen. Those who cover the burning, react violently, release energy and emit light. Hydrogen encounters a strong oxidant, although it is not oxygen, it also plays a role. In case of fluorine, the two quickly combine, generate heat and emit light, and look like a burning. The oxidizing property of fluorine is very strong. When it encounters hydrogen, it promotes the electron jump of hydrogen, bond recombination, and energy is released suddenly, and then it is in a flammable state.
In the plasma environment, hydrogen is stimulated by high energy, particles are active, hydrogen molecules are broken, and atoms are interactive. It is also characterized by combustion, and there is no oxygen demand. This all shows the way of hydrogen combustion, not only oxygen.
Therefore, when it comes to hydrogen combustion, when you think about it, you can observe the change of the environment, and know that without the help of oxygen, hydrogen also has the possibility of combustion. Only by being limited to the old theory can you understand the wonder of material change and the beauty of physics and chemistry.
It is said that the burning of hydrogen depends on oxygen, but there is something to be investigated about the burning of hydrogen. Hydrogen is light and alive, and in normal times, it is mostly stored in gas. In ancient times, when it comes to burning, oxygen is the main thing, and it is thought that without it, it cannot be burned.
However, if you consider it carefully, in special circumstances, hydrogen can also burn without oxygen. Those who cover the burning, react violently, release energy and emit light. Hydrogen encounters a strong oxidant, although it is not oxygen, it also plays a role. In case of fluorine, the two quickly combine, generate heat and emit light, and look like a burning. The oxidizing property of fluorine is very strong. When it encounters hydrogen, it promotes the electron jump of hydrogen, bond recombination, and energy is released suddenly, and then it is in a flammable state.
In the plasma environment, hydrogen is stimulated by high energy, particles are active, hydrogen molecules are broken, and atoms are interactive. It is also characterized by combustion, and there is no oxygen demand. This all shows the way of hydrogen combustion, not only oxygen.
Therefore, when it comes to hydrogen combustion, when you think about it, you can observe the change of the environment, and know that without the help of oxygen, hydrogen also has the possibility of combustion. Only by being limited to the old theory can you understand the wonder of material change and the beauty of physics and chemistry.

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