Abstract
Elastic cyclic loading of ~110µm-thick Parylene C thin films comprising parallel slanted microfibers was performed in the frequency range 5–200Hz, to determine the dependences of their storage and loss moduli on the temperature and the frequency. The glass-transition temperature was identified as about 65°C from the temperature-maximum of the loss modulus. A low-frequency peak (at 115–135Hz) in the variation of the loss modulus is due to the resonance of an individual microfiber loaded by the remaining microfibers in the film.
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