Nuclear Power Engineering - Practice Test

(A) Producing high neutron flux 10 12 - 10 13 neutrons/cm 2 , sec and studying the effect of neutron bombardment on dif ferent materials

(B) Accelerating the neutrons

(C) Power generation

(D) None of these

(A) Producing high neutron flux 10 12 - 10 13 neutrons/cm 2 , sec and studying the effect of neutron bombardment on dif ferent materials

(A) Enriched uranium

(B) Natural uranium

(C) Plutonium

(D) Monazite sand

(A) Enriched uranium

(A) Of uncertainty principle

(B) It may have isobars

(C) It contains neutrons

(D) It may have isotopes

(D) It may have isotopes

(A) 3000 MW

(B) 10000 MW

(C) More than hydroelectric power generation capacity

(D) More than thermal power generation capacity

(A) 3000 MW

(A) Can not attain a high temperature

(B) Is more efficient as gas has a higher specific heat

(C) Can produce only saturated steam for feeding to power turbine

(D) None of these

(D) None of these

Nuclear Power Engineering - Study Mode