A
parallel beam of ultrasound passes through a thickness of 4.0 cm of muscle. It
is then incident normally on a bone having a specific acoustic impedance of 6.4
× 106 kg m−2 s−1. The bone is 1.5 cm thick. Using data
from Table
14.2,
calculate the fraction of the incident intensity that is transmitted through
the muscle and bone.
Table
14.2 Some values of linear absorption
(attenuation) coefficient for ultrasound
Where did 1.7*10^6 come from??
ReplyDeleteIt's the specific acoustic impedance of muscle.
DeleteIf you are searching for the best IVF Center in Surat, Devaki IVF Centre is a premier choice for fertility treatment in Surat. Our IVF specialist use sonography to check internal health for a successful pregnancy. Sonography is a type of medical test that uses sound waves to take pictures inside your body.
ReplyDelete