Matches in SemOpenAlex for { <https://semopenalex.org/work/W4205227907> ?p ?o ?g. }
- W4205227907 endingPage "109831" @default.
- W4205227907 startingPage "109831" @default.
- W4205227907 abstract "Polylactic acid (PLA), characterized by its biodegradability, easy processing, and environmental friendliness, is regarded as one of the ideal substitutes for petroleum-based polymers. But, the flammability and UV light sensitivity of PLA often impact the safety and service life of its products. In this study, a bio-based additive (BA-TA-MEL) is synthesized via a one-pot method and used as a flame-retardant and anti-UV agent for PLA. The results show that PLA/5%BA-TA-MEL can achieve the desired V-0 degrade in the UL-94 test and an LOI value of 27.1%. Moreover, the PLA/5%BA-TA-MEL exhibits brilliant UV resistance, which increases the UPF to 290.4 from 0.4 of pure PLA. The BA-TA-MEL acts as a rigid particle in the matrix, effectively enhancing the tensile strength of materials. The current work develops a new approach to preparing biodegradable material with excellent performance and extended life to reduce the environmental pressure and pollution caused by petroleum-based plastics." @default.
- W4205227907 created "2022-01-25" @default.
- W4205227907 creator A5015718206 @default.
- W4205227907 creator A5019446819 @default.
- W4205227907 creator A5033799902 @default.
- W4205227907 creator A5047855118 @default.
- W4205227907 creator A5067284848 @default.
- W4205227907 creator A5080964312 @default.
- W4205227907 date "2022-02-01" @default.
- W4205227907 modified "2023-10-09" @default.
- W4205227907 title "A green way to simultaneously enhance the mechanical, flame retardant and anti-ultraviolet aging properties of polylactide composites by the incorporation of tannic acid derivatives" @default.
- W4205227907 cites W1476896021 @default.
- W4205227907 cites W1897026393 @default.
- W4205227907 cites W1976512840 @default.
- W4205227907 cites W2000988664 @default.
- W4205227907 cites W2015784336 @default.
- W4205227907 cites W2028972355 @default.
- W4205227907 cites W2032721736 @default.
- W4205227907 cites W2032903096 @default.
- W4205227907 cites W2034664721 @default.
- W4205227907 cites W2054525145 @default.
- W4205227907 cites W2059974898 @default.
- W4205227907 cites W2071390021 @default.
- W4205227907 cites W2078793862 @default.
- W4205227907 cites W2084788535 @default.
- W4205227907 cites W2274860305 @default.
- W4205227907 cites W2308198867 @default.
- W4205227907 cites W2581973907 @default.
- W4205227907 cites W2605385921 @default.
- W4205227907 cites W2770941005 @default.
- W4205227907 cites W2779130828 @default.
- W4205227907 cites W2797709162 @default.
- W4205227907 cites W2802453459 @default.
- W4205227907 cites W2803888187 @default.
- W4205227907 cites W2900370322 @default.
- W4205227907 cites W2908139313 @default.
- W4205227907 cites W2909017915 @default.
- W4205227907 cites W2927614194 @default.
- W4205227907 cites W2941493903 @default.
- W4205227907 cites W2955125877 @default.
- W4205227907 cites W2965533093 @default.
- W4205227907 cites W2975252877 @default.
- W4205227907 cites W2976165762 @default.
- W4205227907 cites W2985896268 @default.
- W4205227907 cites W2989975723 @default.
- W4205227907 cites W2992932734 @default.
- W4205227907 cites W2994737497 @default.
- W4205227907 cites W3004513731 @default.
- W4205227907 cites W3005530713 @default.
- W4205227907 cites W3012217401 @default.
- W4205227907 cites W3014149318 @default.
- W4205227907 cites W3041443159 @default.
- W4205227907 cites W3043130187 @default.
- W4205227907 cites W3046587202 @default.
- W4205227907 cites W3046730416 @default.
- W4205227907 cites W3056701420 @default.
- W4205227907 cites W3084358066 @default.
- W4205227907 cites W3095215873 @default.
- W4205227907 cites W3098245962 @default.
- W4205227907 cites W3102375622 @default.
- W4205227907 cites W3116765267 @default.
- W4205227907 cites W3123227548 @default.
- W4205227907 cites W3134286516 @default.
- W4205227907 cites W3139428934 @default.
- W4205227907 cites W3140677097 @default.
- W4205227907 cites W3153215550 @default.
- W4205227907 cites W3159050038 @default.
- W4205227907 cites W3160763119 @default.
- W4205227907 cites W3175561413 @default.
- W4205227907 cites W3175644962 @default.
- W4205227907 cites W3175854989 @default.
- W4205227907 cites W3191333620 @default.
- W4205227907 cites W3195169970 @default.
- W4205227907 cites W3210059014 @default.
- W4205227907 doi "https://doi.org/10.1016/j.polymdegradstab.2022.109831" @default.
- W4205227907 hasPublicationYear "2022" @default.
- W4205227907 type Work @default.
- W4205227907 citedByCount "29" @default.
- W4205227907 countsByYear W42052279072022 @default.
- W4205227907 countsByYear W42052279072023 @default.
- W4205227907 crossrefType "journal-article" @default.
- W4205227907 hasAuthorship W4205227907A5015718206 @default.
- W4205227907 hasAuthorship W4205227907A5019446819 @default.
- W4205227907 hasAuthorship W4205227907A5033799902 @default.
- W4205227907 hasAuthorship W4205227907A5047855118 @default.
- W4205227907 hasAuthorship W4205227907A5067284848 @default.
- W4205227907 hasAuthorship W4205227907A5080964312 @default.
- W4205227907 hasConcept C112950240 @default.
- W4205227907 hasConcept C119394753 @default.
- W4205227907 hasConcept C157021035 @default.
- W4205227907 hasConcept C158550234 @default.
- W4205227907 hasConcept C159985019 @default.
- W4205227907 hasConcept C178790620 @default.
- W4205227907 hasConcept C185592680 @default.
- W4205227907 hasConcept C192562407 @default.
- W4205227907 hasConcept C205474432 @default.
- W4205227907 hasConcept C2781162966 @default.
- W4205227907 hasConcept C2909468537 @default.