MRI Physics Fundamentals

Categories: MRI Technology
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About Course

 Master the fundamental principles of MRI physics, including magnetism, hydrogen protons, precession, resonance, relaxation, pulse sequences, spatial encoding, image formation, and image quality. This course provides practical knowledge for MRI clinical practice and certification exam preparation.

What Will You Learn?

  • Understand the basic principles of MRI physics.
  • Explain hydrogen protons, magnetization, and precession.
  • Understand resonance and RF energy.
  • Explain T1 and T2 relaxation.
  • Understand MRI gradients and spatial encoding.
  • Understand basic MRI image formation and image quality.

Course Content

MRI Physics Fundamentals
Learn the fundamental principles of MRI physics, including magnetism, hydrogen protons, precession, resonance, relaxation, pulse sequences, spatial encoding, image formation, and image quality.

  • Introduction to MRI Physics
  • Magnetism & Hydrogen Protons
  • Precession & Larmore Frequency
  • Resonance & RF Excitation
  • T1 & T2 Relaxation
  • TR & TE ( Repetition Time & Echo Time)
  • Pulse Sequences
  • Spatial Encoding & Gradients
  • Image Formation & K-Space
  • Image Quality & SNR
  • MRI Physics Fundamentals Quiz

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