2018
DOI: 10.1080/03602559.2018.1466169
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Mechanical Properties and Degrading Behaviors of Aluminum Hypophosphite-Poly(Lactic Acid) (PLA) Nanocomposites

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Cited by 13 publications
(13 citation statements)
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“…Investigating the retarded thermal behavior of nanocomposites in this region, one can realize that addition of AHP nanoparticles to the resin decreased the decomposition rate, representing improved thermal resistance in the system, even at very low concentrations (0.1 wt.% of resin). The decreasing trend of initial decomposition temperature (T 5% ) of nanocomposites (Table 5) demonstrates the higher activity of the O=P-O bond compared to the common C-C and C-O bonds in epoxy, which is boosted by increasing the nanoparticle content and leads to significant decline in T 5% (∆T = 20 • C) to 300 • C for the highest loading [46]. In fact, the addition of AHP nanoparticles causes a decrease in the temperature at which the carbon layer forms [47].…”
Section: Thermal Stabilitymentioning
confidence: 99%
“…Investigating the retarded thermal behavior of nanocomposites in this region, one can realize that addition of AHP nanoparticles to the resin decreased the decomposition rate, representing improved thermal resistance in the system, even at very low concentrations (0.1 wt.% of resin). The decreasing trend of initial decomposition temperature (T 5% ) of nanocomposites (Table 5) demonstrates the higher activity of the O=P-O bond compared to the common C-C and C-O bonds in epoxy, which is boosted by increasing the nanoparticle content and leads to significant decline in T 5% (∆T = 20 • C) to 300 • C for the highest loading [46]. In fact, the addition of AHP nanoparticles causes a decrease in the temperature at which the carbon layer forms [47].…”
Section: Thermal Stabilitymentioning
confidence: 99%
“…The thermal degradation kinetics of the BC/PLA system has been studied previously by Qian et al, (2016) [ 9 ], and that of the AHP/PLA system by Gu et al, (2019) [ 4 ]. Liu et al, (2016) [ 10 ] studied the flame-retardant properties of a three-phase system involving PLA, AHP, and powdered siliceous rice husk (SRH); in what is perhaps the closest known facsimile to the three-phase system of PLA/BC/AHP tested here.…”
Section: Introductionmentioning
confidence: 99%
“…The reducing trend of onset and endset temperature of epoxy hybrid composites (Table 2) established the higher action of the O P O bonding compared with C O and C C networks in an epoxy polymer and tended to a considerable reduction to 393 and 398 C for CFE, and CTE composites, respectively. [78] In principle, the incorporation of fly ash and TiC nanofillers produces a decrement in the temperature that the carbon layer creates. [79] Furthermore, this influence is decreased in the CFTE hybrid composite because of the lower quantity of phosphorous, including materials.…”
Section: Tga and Dtg Curvesmentioning
confidence: 99%