Nuclear Power Plants

A. electron-volt
B. electron-ampere
C. curie
D. MeV
E. AMU

A. as basic raw material
B. by neutron irradiation of Uz
C. by neutron irradiation of thorium
D. artificially
E. in high capacity furnaces

A. as basic raw material
B. by neutron irradiation of Uz
C. by neutron irradiation of throium
D. artificially
E. in high capacity furnace

A. 99.282% U238, 0.712% U235, 0.006% U234
B. 99.282% U235, 0.712% U238, 0.06%’ U234
C. 99.282% U234, 0.712% U238, 0.006% U235
D. 99.282% U235, 0.712% U234, 0.006% U238
E. none of the above

A. 1-99%
B. 1-25%
C. 1-50%
D. 1-75%
E. 1-90%.

A. regenerative reactor
B. fast breeder reactor
C. breeder reactor
D. boiling water reactor
E. ferrite reactor

A. atomic power
B. energy
C. voltage
D. radio activity
E. there is no such unit.

A. pressurised water
B. boiling water
C. gas cooled
D. liquid metal cooled
E. all of the above.

A. is lighter
B. is inert
C. has high specific heat
D. is a good conductor
E. all of the above

A. high energy (fast) neutrons alone
B. low energy (slow) neutrons alone
C. either fast or slow neutrons
D. medium energy neutrons
E. none of the above