Magnetization relation to magnetic field applied

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SUMMARY

The discussion centers on the relationship between magnetization and the applied magnetic field (B0) in the context of Nuclear Magnetic Resonance (NMR). It is established that while magnetization is indeed a property of the material, it can be influenced by the strength of the applied magnetic field, with stronger fields resulting in greater magnetization. Additionally, magnetization can possess both longitudinal and transverse components, which play significant roles in NMR and MRI applications. The distinction between magnetization and magnetic permeability is clarified, emphasizing that permeability is a material property, while magnetization can be altered through external magnetic fields.

PREREQUISITES
  • Understanding of Nuclear Magnetic Resonance (NMR) principles
  • Knowledge of magnetic fields and their effects on materials
  • Familiarity with the concepts of longitudinal and transverse magnetization
  • Basic grasp of magnetic permeability in electromagnetism
NEXT STEPS
  • Research the effects of varying magnetic field strengths on magnetization in NMR
  • Study the role of transverse magnetization in MRI imaging techniques
  • Explore the differences between magnetization and magnetic permeability in detail
  • Investigate practical applications of NMR in material science and medical imaging
USEFUL FOR

Students and professionals in physics, medical imaging specialists, and researchers in material science who seek to deepen their understanding of magnetization and its implications in NMR and MRI technologies.

igurman
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A few simple questions which I am not sure about, it's about NMR.

First sentence: "A magentic field B0 is applied on a sample, If the applied magnetic field B0 is stronger, the magnetisation of material is greater" . Would you say that sentence is correct? As I understood, magnetization is a property of the material, so it confuses me.

Second question is: does magnetization have only a longitudinal component? In which cases does it have a transverse one as well? and how does that contribute to NMR/MRI ?Thanks for assisting
 
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