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Solid State Physics notes (1st edition)
J. R. Hook, H. E. Hall - ISBN: 9780471928058
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View all 2 notes for Solid State Physics, written by J. R. Hook, H. E. Hall. All Solid State Physics notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a Solid State Physics summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling Solid State Physics notes
Complete summary of the subject condensed matter
- Summary
- • 16 pages •
Complete summary of the subject condensed matter
A concise description of paramagnetism in ideal non-interacting ions, pauli paramagnetism and permanent atomic diamagnetism. I derive the magnetic susceptibility () in each case and describe how it is dependant on temperature. In the case of paramagnetism in ideal non-interacting ions this leads to the Curie Law.
These notes also contain a worked example of applying Hund’s rules to nickel, a description of magnetic thermodynamics and outlines an experiment for determining the susceptibility of...
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- • 3 pages •
A concise description of paramagnetism in ideal non-interacting ions, pauli paramagnetism and permanent atomic diamagnetism. I derive the magnetic susceptibility () in each case and describe how it is dependant on temperature. In the case of paramagnetism in ideal non-interacting ions this leads to the Curie Law.
These notes also contain a worked example of applying Hund’s rules to nickel, a description of magnetic thermodynamics and outlines an experiment for determining the susceptibility of...
Do you have documents that match this book? Sell them and earn money with your knowledge!
Newest Solid State Physics summaries
Complete summary of the subject condensed matter
- Summary
- • 16 pages •
Complete summary of the subject condensed matter
A concise description of paramagnetism in ideal non-interacting ions, pauli paramagnetism and permanent atomic diamagnetism. I derive the magnetic susceptibility () in each case and describe how it is dependant on temperature. In the case of paramagnetism in ideal non-interacting ions this leads to the Curie Law.
These notes also contain a worked example of applying Hund’s rules to nickel, a description of magnetic thermodynamics and outlines an experiment for determining the susceptibility of...
- Class notes
- • 3 pages •
A concise description of paramagnetism in ideal non-interacting ions, pauli paramagnetism and permanent atomic diamagnetism. I derive the magnetic susceptibility () in each case and describe how it is dependant on temperature. In the case of paramagnetism in ideal non-interacting ions this leads to the Curie Law.
These notes also contain a worked example of applying Hund’s rules to nickel, a description of magnetic thermodynamics and outlines an experiment for determining the susceptibility of...
Do you have documents that match this book? Sell them and earn money with your knowledge!
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