Leírás

Általános információk

The purpose of the subject is that those students who, already during their gradual training, wish to deepen their physical knowledge of the most modern and complex examination procedures in their soon-to-be-chosen specialty (radiology, imaging) - get the opportunity to learn and practice it, in simulated, real, "hands-on" conditions (not onlyvirtually).By completing the course, students will be able to plan and carry out an MRI examination independently, and will have the practical and theoretical knowledge necessary to interpret the meaning of the device parameters that can be set during the examination and their effects on image quality.

The moodle page is at:

https://itc.semmelweis.hu/moodle/course/view.php?id=9827

A tantárgy rövid leírása

Week	Topic	Instructor
1	Introduction , timing	Gusztav Schay
2	Physical basis of MRI - Magnetism, spin	Gusztav Schay
3	Physical basis of MRI - Spin in a magnetic field	Gusztav Schay
4	Physical basis of MRI - excitation (90° pulse) and relaxation	Gusztav Schay
5	Relation to ESR, excitation and detection hardware	Iván Gresits
6	Machine setup, magnet, shimming, Larmor frequency	Gusztav Schay
7	Relaxation processes: T1, T2	Gusztav Schay
8	Spin-echo, the basis of imaging, 2d, 3d images	Gusztav Schay
9	Weighted imaging, imaging sequences	Gusztav Schay
10	FLASH 3d methods	Gusztav Schay
11	Advanced clinical MRI methods	Dávid Szöllősi
12	Image analysis, enhancement methods	György Török
13	Pulse sequence demonstration	Gusztav Schay
14	Test writing	Gusztav Schay

 

Előadások

Előadások

1	Basics of magnetism, precession, spin (Schay Gusztáv)	2025.02.26.	MRI_basics_v20250319.pdf
2	Bloch equations, time evolution of the mesoscopic magnetization (Schay Gusztáv)	2025.02.27.
3	EPR, impedance matching techniques (Gresits Iván)	2025.02.28.