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The PL spectrum of the pristine composite structure consists of the emission from the ZnO layer as well as the near-infrared emission from the PS substrate.
From tension tension fatigue tests at a stress-ratio = +0.9 and at 60 °C in air, the nanoclay reinforced composite had a 7.9% greater fatigue strength and a fatigue life over a decade longer or 1000% greater than the pristine composite when extrapolated to 109 cycles or a simulated 10-year cyclic life.
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Figure 2 FT-IR spectra of pristine composites.
XRD patterns are consistent with the disappearance of copper from pristine composites upon charging at up to 4.0 V.
a Pristine, b composite 0.5, c composite 2.0, and d composite 5.0.
All co-doped Na3V2(PO4)3/compositeses have better electrochemical performance than the pristine Na3V2(PO4)3/compositete.
Also, the thermal stability of the cheetah skin CNT/HDPE was found to be significantly higher than that of pristine CNT/HDPE composite in both isothermal and non-isothermal degradation performed for composites.
Cheetah skin CNT shows an excellent thermal stability and dispersibility in a high density polyethylene (HDPE) compared to pristine CNT/HDPE composite, making cheetah skin CNT a suitable candidate for fabrication of high performance HDPE based composite.
Fig. 4 XRD patterns of the pristine and composite samples.
Fig. 5 XPS spectra of the pristine and composite samples.
Both the pristine and composite membranes were tested for baromembrane separation of corn distillery.
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