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首页> 外文会议>International Conference on Advanced Electronic Materials, Computers and Materials Engineering >Biodegradability of PLA and Tea Waste Composites Based on 'CHAMU' and the 'Tea Waste Recycling System'
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Biodegradability of PLA and Tea Waste Composites Based on 'CHAMU' and the 'Tea Waste Recycling System'

机译：基于“Chamu”和“茶叶废物回收系统”的PLA和茶叶废料复合材料的生物降解性

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摘要

This paper proposes and explains the concept of "Chinese Pinyin of tea and wood (CHAMU)" and the establishment of the "Tea Waste Recycling System" for mitigating the problem of tea waste disposal in the tea production process. Based on the "reuse of fully biodegradable waste" proposed in the "Tea Waste Recycling System," this paper investigates existing biodegradation studies related to plant materials and analyzes the factors that contribute to the degradation of plant material. This paper analyzes the composition of tea waste and establishes a theoretical basis for the biodegradation of tea waste. The soil-buried method was used to test the degradation performance of samples prepared from polylactic acid (PLA) and tea waste composites made by injection molding.This paper mainly focuses on the experiment and discussion of the biodegradability of "CHAMU" materials and considers a theoretical basis to assist in the establishment of a tea waste recycling system.
机译：本文提出并解释了“茶叶和木材拼音（Chamu）的概念”，建立了“茶废物回收系统”，用于减轻茶叶生产过程中茶叶废物处理问题。基于“茶废物回收系统的完全可生物降解废物”的重用“，本文研究了与植物材料有关的现有生物降解研究，并分析了促进植物材料降解的因素。本文分析了茶叶废物的组成，为茶叶垃圾生物降解而建立了理论依据。使用土壤埋地方法来测试由注射成型制备的聚乳酸（PLA）和茶废料复合材料制备的样品的降解性能。本文主要侧重于实验和讨论“Chamu”材料的生物降解性并考虑一个有助于建立茶叶废回收系统的理论依据。

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