Shielding in a nuclear reactor is generally done to protect against

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RRB Paper · Accepted Answer

In a nuclear reactor, highly energetic neutrons and gamma rays are emitted simultaneously with the fission event the fission fragments formed are highly radioactive nuclides that emit α and β radiations. The shielding of charged particle radiation is done to protect against highly energetic neutrons and gamma rays.

Shielding in a nuclear reactor is generally done to protect against

Excess electrons

X-rays

Alpha and Beta rays

Neutron and gamma rays

The correct answer is `No. 4: Neutron and gamma rays`

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Shielding in a nuclear reactor is generally done to protect against

Excess electrons

X-rays

Alpha and Beta rays

Neutron and gamma rays

The correct answer is No. 4: Neutron and gamma rays

The correct answer is `No. 4: Neutron and gamma rays`