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The material demonstrated excellent high temperature oxidation resistance.
Moreover, the material demonstrated good photocatalytic stability under visible light after 5 recycling degradation of MB.
Assessing the storage-modulus values allowed the authors to determine the temperature range, in which the material demonstrated the desired elastic properties.
Preliminary microbiological tests showed that the material demonstrated antibacterial activity against Staphylococcus aureus, yet such properties were not confirmed regarding Escherichia coli.
In the solid state, the material demonstrated excellent resistance to organic solvents, aqueous acids, and thermal treatments, rendering a solution-processed, solvent-resistant thin film.
The scanning electron microscopy analysis of the material demonstrated that well interconnected pores with homogeneous microstructure on the surface aids higher swelling index and that the material also possessed good mechanical properties with a Young's modulus of 0.89 ± 0.2 MPa.
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The material demonstrates a fairly high etch resistance over silicon and SiO2 capable of fabricating various silicon-based nanostructures.
The well-focused images obtained for both metal elements, regardless of their orientation and regardless of the heterogeneity of the material, demonstrate the effectiveness of the 3D migration algorithm based on the two-step approach.
The material demonstrates stages III and IV of the plastic deformation, in which hardening rate does not drop to zero with the increase of applied stress.
The high sensitivity which is thus achievable, together with the high stability of the material, demonstrate that this phosphor is very suitable for the design of a sensitive, low-cost, and robust contactless temperature sensor.
The PAGNS is also examined at a 1.6 A g−1 high rate and at 55 °C high temperature, and the material demonstrates 282 mA h g−1 capacity after 500 cycles, which is superior over that of GNS.
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