A. Chemical
B. Pyrometallurgical
C. Physical beneficiation
D. Electrometallurgical
A. 92U238
B. 92U235
C. 92U234
D. None of these
A. Coolant water is allowed to boil in the core of the reactor
B. Coolant water, after being heated in the reactor core, generates steam in a boiler
C. Pressurised water is pumped into the core
D. Fuel and the coolant are thoroughly mixed to form a homogeneous solution
A. Coolant
B. Moderator
C. Both A. & B.
D. Neutron absorber
A. Less
B. More
C. Same
D. Much more
A. Potential
B. Thermal
C. Kinetic
D. Electrical
A. 1.44 T
B. 0.144 T
C. 14.4 T
D. 2T
A. Fuel is natural uranium and heavy water acts both as moderator & coolant
B. Coolant water boils in the core of the reactor
C. Coolant water is pressurised to prevent bulk boiling of water in the core
D. Use of moderator is not required
A. Converted into fissile material on absorption of neutron
B. Fissioned by slow (thermal) neutrons
C. Fissioned by fast neutrons
D. Fissioned by either slow or fast neutrons
A. Fuel & coolant
B. Fuel & moderator
C. Coolant & moderator
D. None of these