Define reaction rate. Write its mathematical formula. Explain each term involves in it.
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Using the transport equation for a non-multiplying system and homogeneous assembly, derive the integral form of transport equation using the method of characteristics. What do you understand by "Optical path length" of the medium?
Starting with the general form of transport equation, obtain the diffusion equation$
Derive the four factor formula and explain each term involves in it with mathematical steps. Hence, obtain six-factor formula.
What are prompt and delayed neutrons? Discuss the role of delayed neutrons in reactor safety.
Differentiate between neutron elastic scattering and inelastic scattering. Draw elastic scattering cross-section curves for and
and write their features.
Draw and explain the energy variation of fission cross-sections for and
.
State Fick's law. Discuss its importance in neutron transport /diffusion. Write the assumptions used to derive Fick's law and hence derive its expression.