Materials Science and Nuclear Engineering?

In summary, if you want to do research in materials having to do with nuclear radiation and nuclear physics, a physics degree is better. Specialising in nuclear engineering after getting a bachelor's in materials science is a good idea.
  • #1
stann999
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0
If I would like to do research in materials having to do with nuclear radiation and nuclear physics, what type of degree path should I follow?
 
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  • #2
Physics or Materials Science, would make sense.

Jim
 
  • #3
So what do I have to get a bachelor's in materials science and then go to graduate school for nuclear engineering?
 
  • #4
I don't know where you are, but i think, if possible, it would be better to go for a physics degree, because it will have more content relating to nuclear energy.

Then specialise in nuclear engineering for your post grad stuff.

I'm in the UK and you can even do specific undergraduate degrees in nuclear engineering. Its different in the UK where you entire time at undergrad is specialised to one subject, unlike the US.

Jim
 
  • #5
No I can get an undergrad degree in nuclear engineering but I don't know how I would combine that with materials science.
 
  • #6
stann999 said:
No I can get an undergrad degree in nuclear engineering but I don't know how I would combine that with materials science.
I received degrees in Nuclear Engineering and took courses in Materials Science. Some nuclear engineering programs have courses in nuclear materials, that is materials used in the nuclear reactor and power plant environment.

Some universities have both Nuclear Engineering and Materials Science programs. Usually, Materials Science programs do not include a course in radiation effects on materials.

One might also consider engineering physics with materials science. For the school of interest, find any course on radiation effects on materials, or materials in nuclear environment.

Bascially one is concerned with neutron, gamma/X-ray and beta irradation. Dose (exposure) and dose rate are important, as is the initial state (composition and microstructure), as well as service environment (temperature, pressure/stress, and contact with other materials, e.g. coolants like water, CO2, liquid metals, etc.).

FYI - http://www.astm.org/BOOKSTORE/STP_SERIES/RadEffects.htm
 
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  • #7
Ok thanks
 

FAQ: Materials Science and Nuclear Engineering?

What is the difference between materials science and nuclear engineering?

Materials science is a broad field that focuses on the study of the properties, structure, and applications of various materials. Nuclear engineering, on the other hand, specifically deals with the use and control of nuclear reactions for energy production and other purposes.

What are some applications of materials science in nuclear engineering?

Materials science plays a crucial role in the design and development of materials used in nuclear reactors, such as fuel rods, control rods, and structural components. It also helps in understanding the behavior of materials under extreme conditions of temperature, pressure, and radiation in nuclear environments.

What are the key properties of materials that are important in nuclear engineering?

Some key properties of materials that are important in nuclear engineering include thermal conductivity, radiation resistance, mechanical strength, and corrosion resistance. These properties are essential for ensuring the safe and efficient operation of nuclear reactors.

How do materials scientists contribute to nuclear waste management?

Materials scientists play a crucial role in developing and testing materials for nuclear waste storage, such as containers and barriers, to ensure their long-term stability and safety. They also study the behavior of materials under different environmental conditions to determine the best materials for nuclear waste disposal.

What are some emerging materials in nuclear engineering?

Some emerging materials in nuclear engineering include advanced alloys, such as nickel-based alloys, which have excellent resistance to corrosion and radiation damage. Other materials being researched include advanced ceramics and composites, which have high strength and improved thermal properties for use in nuclear reactors.

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