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The electrochemical measurements indicate that the TiNb1.98V0.02O7 anode material displays a highly reversible capacity and excellent cycling stability.
These phases are detected in the form of a gel that provides continuity throughout the material; as such, the material displays a "honeycomb" type of microstructure.
The material displays a tensile cracking growth behavior and the Smith, Watson, and Topper (SWT) fatigue parameter is appropriate for the description of the fatigue life.
The modified material displays a high discharge capacity of 211.0 mAh g−1 at 0.2 C and better rate performance and promoted cycling stability than the uncoated control sample.
The obtained NiCo2O4 material displays a typical secondary submicron/micron-sized (0.1 2 μm) agglomerate morphology, exhibiting large surface area (190.1 m2 g−1) and high porosity (1.136 cm3 g−1).
And we demonstrate that this material displays a very large caloric effect of 37.0 J kg−1 K−1, slightly above room temperature and under the application of very small applied pressures (P<0.007 GPa), overpassing most of the best caloric materials4.
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This preliminary study shows that the synthetic new material displays an intermediate behavior between that of magnetite and PE-2-CA spheres.
Each typology of material displays an increase of both flexural and uniaxial compressive strengths with time, i.e. with measurements performed at 14 and 28 days (Tables 2, 3).
The final material displayed a surface area of 711 m2 g−1 and a total pore volume of 0.93 cm3 g−1.
For most loading cases under investigation, the material displayed a mixed cracking behavior.
This material displayed a notched Izod value of 1070 J/m while maintaining Tg near 100 °C.
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