Anonymous
6/23/2025, 5:10:49 PM
No.33263816
>>33257851
>can you explain specifically how a gas centrifuge separates u-235 from u-238?
You react mined and sorted uranium oxide to uranium hexafluoride which is a gas at relatively low temperatures, then through centrifugal forces the U-238 being slightly heavier, drifts at slightly higher percentages further in the gas centrifuges. Do this through thousands of centrifuges and millions of cycles, recondense the UF6, React the UF6 reduce to UF4. Reduce again using a reactive metal such as Calcium/Magnesium/Aluminum metal (the Ames Process) and you are left with Uranium metal and Calcium-Fluoride anhydride. Now explain the theorized mechanism for nuclear fusion reactions and analyze net energy expenditures during reactions including energy costs for creation and filtering of tritium and deuterium along with all other inputs.
>can you explain specifically how a gas centrifuge separates u-235 from u-238?
You react mined and sorted uranium oxide to uranium hexafluoride which is a gas at relatively low temperatures, then through centrifugal forces the U-238 being slightly heavier, drifts at slightly higher percentages further in the gas centrifuges. Do this through thousands of centrifuges and millions of cycles, recondense the UF6, React the UF6 reduce to UF4. Reduce again using a reactive metal such as Calcium/Magnesium/Aluminum metal (the Ames Process) and you are left with Uranium metal and Calcium-Fluoride anhydride. Now explain the theorized mechanism for nuclear fusion reactions and analyze net energy expenditures during reactions including energy costs for creation and filtering of tritium and deuterium along with all other inputs.