Consider the following radioactive decay chain of fission products, where nuclide D is stable. A0, B0, and D0 are the constant fission rates of production (nuclides/s), and λA, λB and λC are the decay constants. Write the set of differential equations describing the radioactive decay chain in terms of the above parameters, and the number of nuclei NA, NB, NC and ND at time t. (Do not solve the differential equations.)
Consider the following radioactive decay chain of fission products, where nuclide D is stable. A0, B0, and D0 are the constant fission rates of production (nuclides/s), and λA, λB and λC are the decay constants. Write the set of differential equations describing the radioactive decay chain in terms of the above parameters, and the number of nuclei NA, NB, NC and ND at time t. (Do not solve the differential equations.)
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Consider the following radioactive decay chain of fission products, where
nuclide D is stable. A0, B0, and D0 are the constant fission rates of production
(nuclides/s), and λA, λB and λC are the decay constants.
Write the set of differential equations describing the radioactive decay chain in terms of the above parameters, and the number of nuclei NA, NB, NC and ND at time t. (Do not solve the differential equations.)
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