MRI RF Coil Design Project Supervised by Professor Dr. Ibrahim Abdullah Mardas 1. Project Concept (What is an RF Coil?) In an MRI machine, the RF coil is the "antenna" responsible for transmitting and receiving radio signals from the patient's body. This project focuses on designing a coil specifically for a particular body part (such as the knee or head) to ensure the highest possible image resolution. 2. Basic Scientific Principles Your design relies on precise physical laws to ensure the coil operates efficiently at a magnetic field strength of 1.5 Tesla: • Faraday's Law of Induction: To convert the electromagnetic waves coming from the body into electrical signals that can be processed. • Biot-Savart Law: To calculate and distribute the magnetic field produced by the coil to ensure its uniformity. • Resonant LC Circuits: To tune the coil to operate at a specific frequency (Larmor frequency) of hydrogen atoms at 1.5 Tesla. 3. What is shown in your model (attached image): • Cylindrical coil: The image shows a copper coil precisely wound around a cylindrical mold, which simulates the coil in which the organ to be imaged is placed. • Control unit: The device is equipped with an LCD screen and a USB connection (often connected to an Arduino or a processing system) to monitor signal stability or frequency. • Virtual patient: A small model placed inside the coil demonstrates how the imaged organ is centered in the magnetic field. 4. Design objectives (trade-offs): The project aims to balance three critical points: 1. Signal-to-noise ratio (SNR): To obtain a very clear image with fine details. 2. Field uniformity: To ensure that the image is equally clear from all sides. 3. Specific absorption rate (SAR): To ensure that the patient's tissue temperature does not rise during imaging. Summary of work: Your project is a simulation of the construction of the “eye” with which an MRI machine sees, and it requires high accuracy in mathematical calculations and the distribution of copper wires to ensure an accurate and safe medical diagnosis.