Understanding Nuclear Reactors: Exploring the Basics and Beyond

In summary: Dominique Greneche A Nuclear Reactor How It Works" You are asking if someone can teach you all the details about nuclear reactors. Unfortunately, this is not something that someone can do. You would need to spend a lot of time studying and learning about nuclear reactors in order to understand them.
  • #1
Kehsibashok
15
0
i know few things about nuclear reactors .i have a lot of doubts.i want to know everything completely such as
1.how control rods absorb neutrons?
2.how do scientists know what's happening inside an atom?

and so on....

" can anyone tell me the complete details about nuclear reactors ? " " i will be very happy , if i get a animated video " i want to know all the things ! :)
 
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  • #2
1.how control rods absorb neutrons?
They have atoms with a large cross-section for neutron absorption. The neutrons just get absorbed by those atoms.
2.how do scientists know what's happening inside an atom?
With experiments and good models.

For an overview of nuclear reactors, see Wikipedia. For better descriptions, there are tons of books about nuclear reactors.
 
  • #3
Thanks You , Sir :)

1.What is cross section ?
2.why can't we use anyother elements other than uranium such as helium , aluminium , silver ? will they absorb neutrons without fissioning?
3.can human able to do nuclear fusion in Earth ? if yes , say how . if no , why?
4. i want to a lot of things in physics . what are the basics ? how do i invent new things ? what is lacking in a normal man when compared to scientists ?
5.why doesn't a u-238 becomes unstable after absorbing a neutron ? ( it changes into u-239) .
6.does a uranium molecule contain any uranium atoms ( u-238,u-239,...) or only (u-238)?
7.how do scientists extract u-238 atoms correctly ?
8.i read a book namely " nuclear power".i found this line on that book . it was an old book ( 30 years old ).

line - natural uranium metal consists of small part of u.235 which is fissionable ,and 140 times as much of another called u.238 which is not easily fissionable.so scientists had to extract u.235 metal - a huge and very costly task.

doubt - is u.235 a metal or atom ? does natural uranium contains u.235 , 236,7..8...9...?

9.how voltage of 400,000 stepped down at transformer to 11,000 or else?
10.why can't we do nuclear fusion in Earth using the temperature ( heat ) emitted in nuclear fission ? [ i read in that same book . it says that " man is not yet able to do nuclear fusion) )

10.how do the nuclear fission begins in a reactor core? can you explain the whole process simply ?

thanks in advance :)

waiting for your replies and to ask more questions ...
 
  • #4
You can find answer to most (I think all) of your questions simply by looking at wikipedia. It is rude to ask others to write the same explanations again here, if you can find the answers yourself so easily.
 
  • #5
https://www.physicsforums.com/blog.php?b=3588
 
Last edited by a moderator:
  • #6
http://www.world-nuclear.org/info/Nuclear-Fuel-Cycle/Power-Reactors/Nuclear-Power-Reactors/ Go wild kid.
 
  • #7
here too : http://www.nucleartourist.com/

you'll soon learn which keywords yield good search engine results.
Interested in nuclear, are we ?
You might enjoy reading John McPhee's "Curve of Binding Energy"
and Freeman Dyson's "Disturbing the Universe".
 
  • #8
Kehsibashok said:
i know few things about nuclear reactors .i have a lot of doubts.i want to know everything completely such as
1.how control rods absorb neutrons?
2.how do scientists know what's happening inside an atom?

and so on....

" can anyone tell me the complete details about nuclear reactors ? " " i will be very happy , if i get a animated video " i want to know all the things ! :)

You could join the United States Navy, get a really high test score, enroll in the nuclear program, and spend 16 hours a day, for 6 months*, learning how nuclear reactors work.

They are complicated, and require a moderate amount of knowledge in many fields:
wiki said:
Nuclear Reactions
Thermodynamics
Fluid Flow
Mathematics
Nuclear physics
Electrical power theory and generating equipment
Nuclear reactor technology
Thermodynamics
Chemistry
Materials science and metallurgy
Health physics
Reactor principles

*"Students typically spend 45 hours per week in the classroom, and are required to study an additional 10 to 35 hours per week outside of lecture hours, six days per week."

Fortunately, I do not recall that anyone's head ever exploded. Though the attrition rate was rumoured to be around 50% by the time school was finished.

Anyways, Kehsibashok, I doubt anyone here at the forum has the 2000+ man-hours of spare time to teach you "all the things" about nuclear reactors. I know I don't. Sorry.



Om-exNuke-Cheeto

------------------------
Ha! I knew all the answers to your questions except for one. But I almost never respond to laundry lists, and this is no exception.
 
  • #9
Thanks

Thanks Alot Everyone.I'm Asking Doubts Here As I Want To Learn Everything From Basic.So I Will Be Clear In All The Ways.

My School Has Started Again , The Leave Is Over . I Don't Have Much Time To Read Online. If I Get Time , I Will Ask Here :)

Thanks Alot Again.....

( I Must Schedule Time To Read Online Also .)

And.. I'm From India.
 
  • #11
Kehsibashok said:
Thanks Alot Everyone.I'm Asking Doubts Here As I Want To Learn Everything From Basic.So I Will Be Clear In All The Ways.
There is too much to know, and there is no way that any PF member (no matter how compliant) can be expected to dredge their knowledge and type out everything they know.

You will have to search the Internet and get the basics that way. If you wish to come back and request clarification over narrowly-focused points, you can get some help that way. Good luck.
 

1. What is a nuclear reactor?

A nuclear reactor is a device that initiates and maintains a controlled nuclear chain reaction, releasing heat energy that can be used to generate electricity.

2. How does a nuclear reactor work?

A nuclear reactor works by using a controlled nuclear chain reaction to heat water and produce steam. The steam then turns a turbine, which powers a generator to produce electricity.

3. What is nuclear fission?

Nuclear fission is the process in which the nucleus of an atom splits into smaller fragments, releasing a large amount of energy. This process is used in nuclear reactors to produce heat energy for electricity generation.

4. What are the different types of nuclear reactors?

There are several types of nuclear reactors, including pressurized water reactors, boiling water reactors, and advanced gas-cooled reactors. The type of reactor used depends on the specific design and purpose of the power plant.

5. What are the advantages and disadvantages of nuclear reactors?

Advantages of nuclear reactors include their ability to produce large amounts of electricity with minimal carbon emissions and their reliability. However, disadvantages include the potential for accidents and the management of radioactive waste.

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