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Mechanical experiments at this scale are very challenging.
For the mechanical experiments at large deformations, the quality of the whisker dispersion was found to play a major role.
This paper deals with some experimental results obtained during fracture mechanical experiments at concrete specimens demonstrating the capabilities of quantitative AE techniques.
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Dynamic mechanical experiments were performed at very low deformation and temperatures ranging from −150°C up to the glass transition temperature (Tg) region.
Mechanical experiments were performed at 15°C and included force measurements (normalized to CSA) after various length steps at numerous [Ca2+] (pCas between 6.30 and 4.50), as previously described (Ochala et al., 2011; Ochala et al., 2008; Ochala et al., 2007).
Mechanical experiments were performed at a sarcomere length of ~2.2 μm, a length selected to minimize force differences due to shorter thin filaments in fibres from nemaline myopathy patients with nebulin mutations [ 32].
Dynamic mechanical experiments indicated the Tg, measured at the loss tangent peak, was in the range 29 37°C depending on frequency, with an activation energy of 448 kJ mol−1.
This finding strongly supports previous reports of mechanical experiments; Tsukada et al found avulsion at the tendon side of the tendon bone interface with Sharpey-like fibres left in the bone side until 8 weeks, and Tomita et al found avulsion of the tendon graft with the outermost layer of the tendon left in the tunnel side at six weeks.
In mechanical experiments in the present work, temperature was set at 12°C.
Critical times at the sol-gel transitions were localized by dynamic mechanical experiments.
While the phenomena observed in quantum mechanical experiments definitely have very peculiar aspects, these certainly have nothing to do with supernatural healing or reaching your full potential.
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