What is the propagation velocity of bone in m/sec?

The propagation velocity of sound in bone is approximately 4080 m/sec. This high speed is due to the dense composition and rigid structure of bone, which allows sound waves to travel faster through it compared to softer tissues. In general, the speed of sound varies in different types of tissues; for example, it is much lower in soft tissues, such as muscle and fat, and higher in denser materials like bone.

Understanding the speed of sound in various tissues is crucial for diagnostic medical sonography, as it affects how ultrasound images are generated and interpreted. The propagation speed in bone is essential when considering the interface between different types of tissue, influence on imaging depth, and overall quality of the diagnostic study. This knowledge enhances the accuracy of ultrasound examinations and helps sonographers optimize their techniques for better patient outcomes.