Ernst Rutherford and fusion and the writing about moscovium (element 115)
When we are talking about fission reaction, we must remember that depends on the point of view, who created the first nuclear reaction. If we talk about self-sustaining nuclear fission the man who created that reactor in the Cigaco University was Enrico Fermi and the man who first split atom was Erns Rutherford. And Fermi benefits the work, what Rutherford made when he manufactured the first nuclear reactor. The thing what has sometimes introduced is to split some non-radioactive element like lead by bombing those atoms by using very high-speed electrons or ions.
This kind of technologies has seemed useless, and only material what could replace uranium in nuclear reactions could be thorium, and the idea is that the thorium atoms would bomb the high-speed ions during that reaction, and that technology is under study in many countries. Rutherford created an idea of a fusion reaction. When we are thinking about that era technology, the self-sustaining reaction was impossible, and the success means in this case that a couple of atoms could be connected.
In ITER homepage is mentioned that Rutherford along with his assistant Oliphant connected tritium Atom to Helium, but two atoms are not made fusion power. But there is a possibility that the fusion can be created by using particle accelerator. In that theory, the particle accelerator would shoot the ions in the chamber with very high power, and then that would make those particles melting together.
If the ions have different polarity, they should go together because of the magnetic pulling effect, what should make the use of fusion fuel more effective. But there are any problems with this kind of fusion reactors. The idea is to shoot ions by using "Y"-shaped structure of particle accelerators, where two tracks of accelerators what will accelerate the particles what have different polarity to the single point of the structure.
There have been introduced the theory that compiling two elements lead (element 58) and bismuth (element 33) by using fusion could create moscovium (element 115), what is claimed to produce in some places like AREA-51. There is another reaction in the Wikipedia page, which tells about this element. In this hypothetical reaction, the ions of the lead and bismuth will shoot together by using linear accelerators, and the moscovium would give extremely high power in the lightweight nuclear reactors.
We know that the moscovium is existed, but is there some effective and economical ways to produce so much about that element that it can be used in some kind of nuclear reactors. The half-time of moscovium is extremely fast, and that means that the element must be stored in the place, where are absolute zero points or zero Kelvin temperature what might slow the half of that material.
Or another version is to store that material in the particle accelerator, where it would accelerate to the speed, what will be near the speed of light, and that thing would slow the time in that material. But there is no evidence that this kind of systems has been tested in some places, except Bob Lazar statements, that he was working with the element 115 in AREA-51. But that man has not believed until the existence of element 115 has been confirmed.
When we are talking about fission reaction, we must remember that depends on the point of view, who created the first nuclear reaction. If we talk about self-sustaining nuclear fission the man who created that reactor in the Cigaco University was Enrico Fermi and the man who first split atom was Erns Rutherford. And Fermi benefits the work, what Rutherford made when he manufactured the first nuclear reactor. The thing what has sometimes introduced is to split some non-radioactive element like lead by bombing those atoms by using very high-speed electrons or ions.
This kind of technologies has seemed useless, and only material what could replace uranium in nuclear reactions could be thorium, and the idea is that the thorium atoms would bomb the high-speed ions during that reaction, and that technology is under study in many countries. Rutherford created an idea of a fusion reaction. When we are thinking about that era technology, the self-sustaining reaction was impossible, and the success means in this case that a couple of atoms could be connected.
In ITER homepage is mentioned that Rutherford along with his assistant Oliphant connected tritium Atom to Helium, but two atoms are not made fusion power. But there is a possibility that the fusion can be created by using particle accelerator. In that theory, the particle accelerator would shoot the ions in the chamber with very high power, and then that would make those particles melting together.
If the ions have different polarity, they should go together because of the magnetic pulling effect, what should make the use of fusion fuel more effective. But there are any problems with this kind of fusion reactors. The idea is to shoot ions by using "Y"-shaped structure of particle accelerators, where two tracks of accelerators what will accelerate the particles what have different polarity to the single point of the structure.
There have been introduced the theory that compiling two elements lead (element 58) and bismuth (element 33) by using fusion could create moscovium (element 115), what is claimed to produce in some places like AREA-51. There is another reaction in the Wikipedia page, which tells about this element. In this hypothetical reaction, the ions of the lead and bismuth will shoot together by using linear accelerators, and the moscovium would give extremely high power in the lightweight nuclear reactors.
We know that the moscovium is existed, but is there some effective and economical ways to produce so much about that element that it can be used in some kind of nuclear reactors. The half-time of moscovium is extremely fast, and that means that the element must be stored in the place, where are absolute zero points or zero Kelvin temperature what might slow the half of that material.
Or another version is to store that material in the particle accelerator, where it would accelerate to the speed, what will be near the speed of light, and that thing would slow the time in that material. But there is no evidence that this kind of systems has been tested in some places, except Bob Lazar statements, that he was working with the element 115 in AREA-51. But that man has not believed until the existence of element 115 has been confirmed.
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