Isotope Uranium-233 is artificially generated by__________________?
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Answer: C. by neutron irradiation of thorium
Explanation
Uranium-233 does not occur in significant quantities naturally and must be produced artificially. The production process involves exposing fertile thorium-232 to neutron irradiation in a reactor. Neutron capture transforms thorium into protactinium, which subsequently decays into uranium-233. Thorium-232 is an abundant fertile metal found in monazite sands across various global regions. This conversion cycle forms the foundation of the thorium-based nuclear fuel cycle concept. Uranium-233 is a fissile material capable of sustaining nuclear fission chain reactions.
Utilizing thorium expands potential nuclear fuel reserves beyond traditional uranium resources. Countries with large thorium deposits research this breeding cycle for future energy security. Handling irradiated thorium fuel requires specialized reprocessing facilities to separate uranium-233. Listing it as a basic raw material ignores the fact that it requires artificial reactor breeding. Neutron irradiation of Uz is a nonsensical or corrupted technical term for fuel processing. Producing it artificially without specifying the thorium irradiation process is incomplete.
- Subject
- Engineering
- Category
- Mechanical Engineering
- Topic
- —
- Difficulty
- medium
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