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Material utilization of waste originating during processing of plant Jatropha curcas L. In biocomposites – adhesive-cohesive characteristics and wear

机译:植物麻风树的加工过程中产生的废物的材料利用。在生物复合材料中–胶粘特性和磨损

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Renewable sources should be preferred by a modern society and this should be done not only in the areas of material engineering. Jatropha curcas L. is a plant with a high potential with many technologically utilized parts among which seeds most of all. The seeds of the plant serve for the pressing of oil. During this technological process worse utilizable commodities such as pressed cakes, seed shells or pressed seed kernels are gained except for primary commodities (oil). A meaningful utilization of these secondary biocommodities is the key for optimization of the whole technological process. An experiment describes mechanical properties of an epoxy resin filled with commodities from the pressing of Jatropha curcas L. treated by the mechanical milling. The epoxy resin (Glue Epox Rapid) filled with microparticles of shells (67,8 μm), of seed cakes (108,1 μm) and of seed kernel cakes (82,7 μm) was used in the experiment.
机译:现代社会应该优先选择可再生资源,这不仅应在材料工程领域进行。麻风树属麻疯树是一种潜力巨大的植物,具有许多技术利用的部分,其中大部分是种子。植物的种子用于榨油。在此技术过程中,除了主要商品(油)以外,还会获得可利用性更差的商品,例如压饼,种壳或压制种子仁。这些次要生物商品的有意义利用是优化整个技术过程的关键。实验描述了通过机械研磨处理的麻疯树的压榨,填充有商品的环氧树脂的机械性能。实验中使用的是填充有壳(67,8μm),种子饼(108,1μm)和种子仁饼(82.7μm)微粒的环氧树脂(Glue Epox Rapid)。

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