Magnetic Resonant Methods 390-FM2-1MMR

The course covers introductory magnetic resonances in physics and medicine. Introduction to electromagnetic resonance and mathematical solving of basic equations of the motion and the precession. Magnetization, spin of electron, basic magnetic phases and materials. Larmor frequency and Bloch equations with times T1 and T2. Fundamental principles of electron spin resonance, electron paramagnetic resonance and ferromagnetic resonance. Introduction to nuclear magnetic resonance. Chemical shift and the interaction between nuclear spin. Scientific equipment: the NMR spectrometer and special techniques for solid materials. Nuclear spin relaxation and molecular dynamics. Magnetic field gradients: imaging techniques and molecular mobility. Introduction in MRI acquisition and image processing methods. Magnetic resonance imaging (MRI) methods using a MRI machine. Different magnetic systems in MRI (coils, electromagnet, superconductive magnet, RF magnet, etc.) Fourier transform spectroscopy in NMR data analysis. Some examples about chemistry and physiology via MRI tomography.