Comment on "Mechanical Resonance Spectra in Huan Cancellous Bone"
SciencePublished 20 July 1973
Jonathan Black
Citations12
SJR quartileQ1
SJR score10.42
SNIP6.62
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TL;DR
The existence of two series of mechanical resonance frequencies in human cancellous bone is apparently supported by results and may be a microstrain phenomenon since all the experiments involved strains below 10-4 at the frequencies of interest.
Abstract
The existence of two series of mechanical resonance frequencies in human cancellous bone is apparently supported by other results. This effect may be a microstrain phenomenon since all the experiments involved strains below 10 -4 at the frequencies of interest.
Keywords
MedicineBiochemistry, Genetics and Molecular BiologyPhysics and Astronomy
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A technique has been developed that permits the mechanical modulus in tension to be determined upon viable human cortical bone specimens excised from the tibial midshafts of eight patients immediately after amputation for various causes.
ScienceMechanical Resonance Spectra in Human Cancellous Bone
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The dynamic mechanical response of fresh human cancellous bone at low audio frequencies contains two resonance spectra in quantitative agreement with the concept of momentum wave modes of calcium and phosphorus atoms in the lamellae, with no variable parameters.
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