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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

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  1. In the breeder reactors the generation of new fissionable atom is
  2. Which of the following is the heaviest?
  3. The energy produced by a thermal reactor of same size as a breeder reactor is
  4. In a fission process, maximum percentage of energy is released as
  5. Isotopes of same elements have
  6. In a thermal power plant, coal from the coal handling plant is moved to the boiler bunker through a
  7. In fast breeder reactors
  8. Which of the following particles is the lightest?
  9. A reactor capable of converting a ferrite material into fissile isotopes is called
  10. The efficiency of a nuclear power plant in comparison to conventional and nuclear consideration is
  11. The mass number of a substance represents the sum of total number of
  12. In triggering fission, the following types of neutrons are desirable
  13. A power plant giving least running cost of production of electrical power is
  14. A nuclear unit becoming critical means
  15. Plutonium (Pu₂₃₉) is produced
  16. Enriched uranium may contain fissionable contents of the order of
  17. Breeder reactor has a conversion ratio of
  18. A moderator, apart from its high neutron slowing power, and low non-productive neutron, should be
  19. The risk of radioactive hazard is greatest in the turbine with following reactor
  20. Artificial radioactive isotopes find application in
  21. The nuclear radiators produced in a reactor which must be shielded are
  22. Pick up the wrong statement fast breeder reactors
  23. Which of the following statement is correct regarding the features of a Breeder reactor?
  24. Uranium has isotopes
  25. A fission chain reaction in uranium can be developed
  26. Reactors for propulsion applications use
  27. Nuclear reactors are used
  28. Plutonium (Pu239) is produced
  29. U235 will undergo fission by
  30. The material most commonly used for shielding is