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Size effect of zircon particles in brake pads on the composition and size distribution of emitted particulate matter

机译:锆粒子在制动垫中施工块对发射颗粒物质的尺寸分布的尺寸效应

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摘要

Particulate matter (PM) emitted during brake application is investigated, focusing on the size effect of zircon particles in brake pads. The results show that the concentration, size distribution, and composition of PM are strongly influenced by the size of the zircon particles. The iron content in ultrafine particles was higher when small zircon particles were used in the pad, whereas coarse zircon particles produced high iron content in the larger wear particles, suggesting that the amount and chemistry of the brake-induced PM are governed by different wear mechanisms at the sliding interface, which depend on the abrasive size.
机译:对制动过程中排放的颗粒物(PM)进行了研究,重点是制动片中锆石颗粒的尺寸效应。结果表明,锆英石颗粒的大小对PM的浓度、粒度分布和组成有很大影响。当在刹车片中使用小锆石颗粒时,超细颗粒中的铁含量较高,而粗锆石颗粒在较大的磨损颗粒中产生较高的铁含量,这表明刹车诱导PM的数量和化学成分由滑动界面处的不同磨损机制决定,这取决于磨料的尺寸。

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