Cadmium rods are provided in a nuclear reactor.Why?
- 3 Answers
- 7378 Views
- I also Faced
- E-Mail Answers
Answers were Sorted based on User's Feedback
Answer / jitendra lohar
Cadmium Rods are inserted in nuclear reactor to absorb the extra nucleons and keep the nuclear reaction ratio of 1:1,also to keep the reaction stable.
| Is This Answer Correct ? | 10 Yes | 3 No |
Answer / harsh
Cadmium has a high thermal neutron absorption cross section (probability). Therefore Cadmium rods will absorb neutrons, making them unavailable to cause fissions. There are also other properties that make cadmium a good control rod material. Things like, it's solid and doesn't dissolve in hot water but mostly it's the cross section thing.
| Is This Answer Correct ? | 1 Yes | 0 No |
Answer / sudhish bhatt
cadmium rods are provided in nuclear reactors because when
we start nuclear reacter then more energy is requird for
start the reacter ,we can not start nuclear reacter with
less energy , the rod is used specially for stopping
contact of newtron particls with the system
| Is This Answer Correct ? | 4 Yes | 5 No |
What is fusion?
advantage and disadvantage of bhopal tragedy
Can an electron be obtained (or come out) from the nucleus?
What is the rest mass energy of an electron?
would know if the magnetic moment of 4He has been measured experimentally. Indeed, while 3He is given in the Rhagavan table, there is no mention of 4He. Of course it is theoretically zero but has this been verified by an EXPERIMENT?
what are the fission product of pu 239
Name any two elementary particles which have almost infinite life time.
what is the significance of the hrmite and polynomial polynomials in quantum phyics.
how the prottons and neutrans are presented at the same nuclius, in fact opposite charges ore attract each oyher, so nuclear comes to fail
in the caase of transmission of data of OFC, the data will be carried by light energy, how the light energy is created? whether it s created by broad band connector or subscriber itself?
Explain history of nuclear reaction?
Can you explain the energy release from fission and fusion from binding energy curve.
General Physics 
