CFR-1000: China unveils gigawatt-level fast neutron reactor design

Problem 3-1 Thermal design parameters for a cylindrical fuel pin (section III)Consider the PWR reactor of Example 3-1.1. Evaluate the average thermal neutron flux if the enrichment of the fuel is 3.25%.2. Evaluate the average power density of the fuel in MW/m^3. Assume the fuel density is 90% of theoreticaldensity.3. Calculate the average linear power of the fuel, assuming there are 207 fuel rods per assembly. Assumethe fuel rod length to be 3810 mm.4. Calculate the average heat flux at the clad

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18 reactions | ⚛️ How does a fast neutron reactor work? Take a closer look at the BN-800, a next-gen reactor using liquid sodium instead of water, enabling efficient energy production and advanced fuel recycling. ️ With 4 safety barriers, it ensures maximum protection from radiation. ⚙️ From core to turbine – watch how heat transforms into clean, powerful electricity. #NUCLEARGLOSSARY #FastNeutronReactor #BN800 | Rosatom Southeast Asia | Facebook