Handbook of Diagnostic Imaging Volume 1: Principles, Physics, and Technologies

Diagnostic imaging marries physics and technology to convert anatomical signals into clinical images. It covers radiography, ultrasound, CT, and MRI basics, explaining equipment operation, artifact recognition, image optimization, protocol design and safety measures that support effective and responsible imaging practice. Diagnostic imaging is founded on physics and technology that transform anatomical and physiological signals into clinically meaningful images. Volume 1 introduces imaging physics, basic modalities (radiography, ultrasound, CT, MRI), image formation principles and radiation safety fundamentals. It explains equipment operation, image optimization, artifacts recognition and quality-control practices that underpin reliable interpretation. Practical chapters guide modality selection for common clinical questions and outline basic protocol design. Emphasis on safety, contrast use and patient preparation ensures responsible imaging practice. The handbook is designed for trainees in radiology, clinicians ordering imaging studies and allied health professionals involved in imaging services.