… frequency dependence of the attenuation, a closed-form relation was obtained between the
decrease in the peak frequency … Applicability to biological tissues was demonstrated with two …

… in tissues, independent measurements of total attenuation and local absorption were obtained
at discrete frequencies … of the magnitude and frequency dependence of attenuation and …

… which characterize the tissue. For most soft tissues, it is commonly assumed that the value
ofn is very close to 1. In this case, tissue attenuation is linearly frequency dependent and there …

… linear frequency dependence. Reference values for nine soft tissue types (adipose tissue, …
, “average” fatty soft tissue, and “average” non-fatty soft tissue), as well as for four specific …

… rates necessary for modeling soft tissue injury. Previous custom shear testing systems,
though capable of high-frequency … are typically characterized as rate- and temperature-dependent …

… the tissue’s mechanical properties. Measuring the frequency-dependent, tissue properties is
… utilize solenoid/yoke configurations with excitation frequencies limited up to a few Hz. In this …

… shear waves in soft tissues can be measured … of tissues by measuring the frequency
dependence of shear wave speed and attenuation, can be recovered in the 75-600 Hz frequency …

… tissue has a frequency dependent response to mechanical vibrations, presented as frequency
dependent … We observed that both liver and prostate tissues have frequency dependent …

… frequency whereas the muscles and foot had a significant influence. The resonant frequency
was primarily dependent … It was shown that soft tissue, the joints and fibula not only vibrate …

… curves representing results from separate tissues with high and low values of attenuation.
a. When attenuation … of frequency dependence … in tissue, but also as a means …