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Figures of the Article
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(a) Schematic representation of the preparation process of MCAPP. (b) The corresponding WCA optical images. (c) SEM images of APP, SiAPP, and MCAPP. (d) EDX mapping images of MCAPP.
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(a) FTIR spectra of APP, SiAPP, and MCAPP. (b) The contents of C 1 s and Si 2p from APP, SiAPP, and MCAPP. (c) TGA curves of APP, SiAPP, MCAPP, and AO under N2 atmosphere. (d) Radical scavenging activity of APP, SiAPP, MCAPP, and AO.
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(a) Tensile strength, (b) elongation at break and (c–j) cross-sectional SEM images of XLPE-1, XLPE-2, XLPE-3, XLPE-4, XLPE-5, and XLPE-6.
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(a, b) The OIT curves of XLPE composites at 210 °C. (c) Retention rate of elongation at break of XLPE composites with different aging times at 135 °C. Electron spin resonance spectra of XLPE composites before (d) and after (e) aging at 135 °C for 14 d.
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(a, b) TGA and DTG curves for XLPE composites from 50 °C to 800 °C under a N2 atmosphere, respectively. (c–f) HRR, THR curves, maximum smoke density, and smoke transmittance curve of XLPE composites respectively. (g, h) The absorbance at the maximum decomposition rate and Gram‒Schmidt curves for XLPE-1 and XLPE-4. (i–l) Typical volatile thermal decomposition products versus time: CO, CO2, hydrocarbons, and aromatic.
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Schematic diagram of the flame retardant mechanism of the XLPE-4 composite.
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