E³ - The Beauty of Basic Knowledge
E³ 25A - Basic principles and magnetic field interactions
Lectures
1
E³ 25A - From the proton to the MR image: the principle of clinical MRI
20:33A. Webb, Leiden / Netherlands
Learning Objectives
1. To understand how the hydrogen nuclei in our bodies respond to the main magnet, the transmitting RF coil, and the magnetic field gradients.
2. To understand how we form an image and how image artifacts can occur.
3. To understand how to produce different contrasts in an MR image.
2
E³ 25A - A systematic overview on MRI interactions with magnetic and electrically conductive material
22:33F. Schick, Tübingen / Germany
Learning Objectives
1. To learn about the hardware components that generate different types of electromagnetic fields.
2. To learn about the interactions between the static magnetic field and magnetic material.
3. To learn about the interactions between time-varying electromagnetic fields and electrically conductive material.
E³ 25A-1
20 min
From the proton to the MR image: the principle of clinical MRI
Andrew G. Webb, Leiden / Netherlands
Learning Objectives
1. To understand how the hydrogen nuclei in our bodies respond to the main magnet, the transmitting RF coil, and the magnetic field gradients.
2. To understand how we form an image and how image artifacts can occur.
3. To understand how to produce different contrasts in an MR image.
2. To understand how we form an image and how image artifacts can occur.
3. To understand how to produce different contrasts in an MR image.
E³ 25A-2
20 min
A systematic overview on MRI interactions with magnetic and electrically conductive material
Fritz Schick, Tübingen / Germany
Learning Objectives
1. To learn about the hardware components that generate different types of electromagnetic fields.
2. To learn about the interactions between the static magnetic field and magnetic material.
3. To learn about the interactions between time-varying electromagnetic fields and electrically conductive material.
2. To learn about the interactions between the static magnetic field and magnetic material.
3. To learn about the interactions between time-varying electromagnetic fields and electrically conductive material.
15 min
Live Q&A