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skullcracker
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Is there any way to economically produce positrons using particle accelerators or any other method?
So that's the REAL reason for the "non commuting c-numbers"! It's a promotional gimmick!Vanadium 50 said:...And nuclei come in sizes small, medium, large, extra large, jumbo, giant, colossal and super colossal.
skullcracker said:production of a slow positron beam of intensity 5 $\times$ 10$^{6}$ s$^{-1}$ is predicted.
Skullcracker, if you know how many positrons are created in one second, then you know how many seconds are in one hour, and you know what is positron mass (if you don't - wiki it), then you should be able to answer your question yourself. If not, ask your 3rd grade primary school ma'am for help.skullcracker said:Can anyone tell me how many grams of positrons would be generated in one hour?
Industrial grade positron formation is the process of creating positrons, which are subatomic particles with the same mass as an electron but with a positive charge. This process is commonly used in industries such as medicine, materials science, and energy production.
Positrons can be formed in an industrial setting through the use of a positron generator, which utilizes a radioactive source to produce positrons. These positrons can then be trapped and used for various applications.
Industrial grade positron formation has various applications, including materials testing, medical imaging, and energy production. Positrons can also be used in research to study the properties of materials and to understand the behavior of particles in high energy environments.
One of the main advantages of industrial grade positron formation is that it allows for the production of large quantities of positrons in a controlled environment. This makes it easier and more efficient to use positrons for various applications, compared to other methods of positron production.
As with any application involving radioactive materials, there are strict safety precautions that must be followed when working with industrial grade positron formation. This includes proper training, handling procedures, and disposal methods to ensure the safety of workers and the environment.