Looking for introductory collision theory resources

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SUMMARY

This discussion focuses on finding supplementary resources for collision theory in classical mechanics, specifically regarding collision cross sections, the coefficient of restitution, and the impact parameter. The primary textbook referenced is Taylor's "Classical Mechanics," which lacks sufficient detail on these topics. Participants suggest "Goldstein" for better coverage of collision cross sections, while "Resnick and Halliday" is also recommended, although its relevance is uncertain. The discussion highlights the need for comprehensive materials to enhance understanding of these key concepts.

PREREQUISITES
  • Understanding of classical mechanics principles
  • Familiarity with collision theory concepts
  • Knowledge of collision cross sections
  • Basic grasp of the coefficient of restitution
NEXT STEPS
  • Research "Goldstein's Classical Mechanics" for detailed collision cross sections
  • Explore resources on the coefficient of restitution in collision theory
  • Investigate the impact parameter and its applications in physics
  • Look for online courses or lectures on collision theory fundamentals
USEFUL FOR

Students and educators in physics, particularly those studying classical mechanics and collision theory, will benefit from this discussion. It is also useful for anyone seeking to deepen their understanding of collision dynamics and related concepts.

lordkelvin
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I'm currently in classical mechanics, and we're doing collisions and two body problems currently.

A good portion of the material is covered only in the notes. I could use some supplementary materials. I've looked around on the internet but I haven't found any good resources yet.

I was wondering if anyone could point me towards a good book or web page that covers things like the collision cross section, the coefficient of restitution, and the impact parameter.

We're using Taylor's Classical Mechanics and there isn't enough information. I've looked in Goldstein, and it covers collision cross sections much better, but there isn't enough about the coefficient of restitution.

Thanks for the help
 
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Resnick and Halliday is a good book. But I am not really sure if this is a right place to post such a question.
 

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