A reactor capable of converting a ferrite material into fissile isotopes is called____________________?

Related Mcqs:

1. Ferrite material is____________________?

   A. the most fissionable material
   B. the basic fuel for nuclear paints
   C. basic raw material for nuclear plants
   D. the material which absorbs neutrons and undergoes spontaneous changes leading to the formation of fissionable material
   E. none of the above

2. Which of the following are ferrite materials__________________?

   A. U233andPu239
   B. U
   C. U238andPu239
   D. U238andTh239
   E. none of the above

3. The breeding gain in case of thermal breeder reactor as compared to fast breeder reactor is________________?

   A. same
   B. lower
   C. higher
   D. unity
   E. higher/lower depending on the size of reactor

4. The energy produced by a thermal reactor of same size as a breeder reactor is__________________?

   A. almost same
   B. slightly more
   C. slightly less
   D. much less
   E. much more.

5. Isotopes of same elements have___________________?

   A. same atomic number and different masses
   B. same chemical properties but different atomic numbers
   C. different masses and different atomic numbers
   D. different chemical properties and same atomic numbers
   E. same chemical properties and same atomic numbers

6. The number of isotopes of hydrogen are _________________?

   A. 1
   B. 2
   C. U
   C. 3
   E. 0

7. Artificial radioactive isotopes find application in________________?

   A. power generation
   B. nucleonic devices
   C. nuclear fission
   D. nuclear fusion
   E. medical field

8. Fast breeder reactor uses___________________?

   A. boiler
   B. direct cycle of coolant system
   C. double circuit system of coolant cycle
   D. multi pass system
   E. single circuit system

9. When a reactor becomes critical, then the production of neutrons is_________________?

   A. infinite
   B. zero
   C. exactly balanced by the loss of neutrons through leakage
   D. initiated
   E. stopped

10. The most practical fuel for a thermo-nuclear reactor, both from econocical and nuclear consideration is____________________?

    A. plutonium
    B. uranium
    C. deuterium
    D. thorium
    E. lithium