Question about which branch of physics this would be

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Discussion Overview

The discussion revolves around identifying appropriate resources for understanding concepts related to radioactivity, nuclear fission, and the energy production processes in nuclear reactors. Participants explore the branches of physics relevant to these topics and seek recommendations for accessible literature.

Discussion Character

  • Exploratory
  • Conceptual clarification
  • Homework-related

Main Points Raised

  • One participant expresses interest in learning about nuclear power, specifically regarding the fusion of uranium and plutonium, and seeks guidance on suitable introductory materials.
  • Another participant suggests that the inquiry may actually pertain to nuclear fission rather than fusion and notes that concepts like radioactivity and half-life can be understood at a macroscopic level using statistical models.
  • A participant mentions that while the mechanics of radioactive decay can be complex, introductory materials in general physics texts typically cover these topics adequately.
  • One participant clarifies their background in engineering and their desire for simpler resources to understand radiation and fission processes, acknowledging a previous typo regarding fusion.
  • A recommendation is made for "Modern Physics" books, which generally include sections on basic nuclear physics, as well as a specific title, "Nuclear and Particle Physics" by WSC Williams, though it is noted that this book may be challenging to read.

Areas of Agreement / Disagreement

Participants generally agree on the relevance of nuclear fission and radioactivity to the inquiry, but there is no consensus on specific resources or the complexity of the materials needed for understanding these concepts.

Contextual Notes

Some participants highlight the potential complexity of quantum mechanics in understanding radioactive decay, suggesting that simpler classical explanations may be more suitable for the inquirer.

tectactoe
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Question about which "branch" of physics this would be...

I posted this in General since I wasn't sure... and it's not an actual problem, per se, just an inquiry about the fields of physics... (sorry if this is the wrong forum >_>)

During work at lunch one day, I was stumbling through wikipedia articles and found myself reading about nuclear power plants, reactor cores, and how they are powered through the fusion of uranium and plutonium.

As a mechanical engineer, this was all very interesting to me, even though I don't know much about the "fusion" of said materials - but I'd like to learn. I began clicking on things like nuclear decay, and radioactivity, half life, etc etc...

My question is - what kind of book or source can I buy/go to that would be a good "starter" guide for understanding radioactivity and related topics like this? Radioactive energy and such.

Thanks guys!
 
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You're probably wondering about nuclear fisson processes, not fusion.

With regards to radioactivity, half-life etc., these can be relatively simple concepts to understand in a macroscopic sense. We have simple statistical models that describe radioactive decay very well.

If you want to know the mechanics of radioactive decay, things can easily become very, very complicated. If you're looking for clarity on a subject, and unless you're especially dedicated with a lot of time on your hands, quantum mechanics is rarely the answer.

The introductory, classical stuff on radioactivity, that's usually included in most of the general physics texts available to undergrads. As an engineer, don't you have some of these books lying around?
 


Unfortunately, not a general physics book. The only books I kept from college were books regarding fluid mechanics, heat transfer, manufacturing process, materials, and static/dyanmic related books.

I've read a few books on quantum physics before, and so I know how mind-numbing those can be. I should've clarified - I'm just looking for a slightly more simple, or basic, means by which to understand radiation, decay, fission (my mistake for the fusion typo), etc, basically to understand how the heat/energy is produced through the uranium in reactors. And granted, I could just look that up on the internet, but after having read a bit on reactor cores through various wikipedia articles and such, I'm growing more curious about radioactive stuff in general - not just uranium.
 


Pick up any "Modern Physics" book. They should all have sections on basic nuclear physics. Beyond that, the book we used for my Nuclear Physics class is WSC Williams "Nuclear and Particle Physics," it certainly has all the information you're looking for, but I found it difficult to read.
 

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