Molecular acoustics - Open Access .click

Polymer Mechanics, 1977
On the basis of the results of measurements of the ultrasonic propagation velocity in polyethylene terephthalate fibers it is shown that the Moseley formula is suitable for determining the molecular orientation of both amorphous and amorphouscrystalline polymers.
B. D. Rysyuk, M. P. Nosov, S. G. Osinin
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Molecular Genetics Of Acoustic Tumors

Otolaryngologic Clinics of North America, 1992
A defect in 1 of the 100, 000 or so human genes—the NF2 gene—results in the formation of an acoustic neuroma (AN). This article reviews the molecular genetics of AN with an emphasis on the location, function, and regulation of the gene that causes AN.
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Molecular basis of the acoustic properties of polyurethanes

The Journal of the Acoustical Society of America, 1987
The acoustic properties of polyurethanes as a function of frequency are dominated by a very broad relaxation process in which the polymer makes a transition from the rubbery to the glassy state. It is convenient to use an analytic representation of the data that expresses the complex shear modulus in the form G* = G∞ − (G∞ − G0)/[1 + (iωτ)α], where G0 ...
Bruce Hartmann, Gilbert F. Lee, James V. Duffy +2 more
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