LINE FOCUS PRINCIPLE & HEEL EFFECT IN X-RAY TUBE I RADIOLOGY PHYSICSI PRINCIPLES OF X-RAY TUBE

In this video, we explore two fundamental concepts in radiology physics: the Line Focus Principle and the Heel Effect, both essential to understanding how X-ray tubes function.
✅ Line Focus Principle: Learn how the design of the X-ray tube's anode target improves image resolution while reducing heat concentration, optimizing the balance between detail and tube lifespan.
✅ Heel Effect: Understand how the varying intensity of X-rays produced across the anode target impacts image quality and how to manage it in clinical practice for optimal imaging results.
🔬 Topics Covered:
The mechanics of X-ray production
Anode design and its role in image sharpness
The influence of the Heel Effect on radiographic images
Practical applications in diagnostic imaging
This video is ideal for radiology students, technologists, and professionals looking to deepen their knowledge of X-ray tube physics. Don't forget to like, share, and subscribe for more radiology content!