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Bombarding in a nuclear power plant refers to the process of bombarding or striking atomic nuclei with subatomic particles, typically neutrons, to induce nuclear reactions. This process is fundamental in sustaining a controlled nuclear chain reaction, which releases energy that can be harnessed for various purposes, such as generating electricity in a nuclear reactor. For example In a nuclear reactor, neutrons are used to initiate and sustain nuclear fission reactions. These neutrons are typically released during the fission process itself or introduced deliberately into the reactor core. When these neutrons collide with the nuclei of certain atoms, such as uranium-235 or plutonium-239, they can cause those nuclei to split into smaller fragments, releasing additional neutrons and a significant amount of energy.

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Coulomb per meter square can also be written as Newton per coulomb Units Derivation from my video D=N/C Force (F)- Newton Charge (q)- coulomb D=f/q f=k.q.Q / r 2 D=(k.q.Q)/ (q.r 2) D= k. Q/r 2 Q - coulomb Distance (r) - meter Units - Coulomb per metre square. I am driving this based on the relation between electric Flux density and electric field intensity. F/q = E E- electric field intensity Some times they are asking question like this The SI units of electric flux density is: A. Newton meters per coulomb B. Newton meter square C. Newton per coulomb D. Newton meter square per coulomb So that's why iam explaining from starting. This is not complete video this is short video. Thank you for your comment