Nuclear Power Engineering - Practice Test

(A) Uses slower neutrons for fission

(B) Uses faster neutrons for fission

(C) Gives higher power density

(D) Requires less fuel to run at the same power level

(A) Uses slower neutrons for fission

(A) Geiger-Muller Counter

(B) Cyclotron

(C) Cold chamber

(D) Mass spectrograph

(A) Geiger-Muller Counter

(A) Acts both as an efficient coolant as well as a moderator

(B) Can be heated to a higher temperature without pressurizing

(C) Is less prone to radiation damage

(D) All of the above

(D) All of the above

(A) Maintaining constant pressure in the primary cooling circuit under varying loads

(B) Superheating the steam

(C) Pressurising the water in the primary coolant circuit

(D) None of these

(A) Maintaining constant pressure in the primary cooling circuit under varying loads

(A) 10 12

(B) 10 -12

(C) 10 -8

(D) 10 8

(A) 10 12

Nuclear Power Engineering - Study Mode