锈病会通过短暂接触传播吗?

Chuck Micallef, Dinesh Kumar Srinivasan, Hyoung‐Chun Kim, R. Procyshyn, J. Gayle, A. Mahapatro, Paras Jain, Mansi Bhardwaj, M. Baudry, Vivek Srivastava, Harvinder Popli Rupinder K. Dhamoon, Madhu Gupta
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引用次数: 0

摘要

尽管锈蚀的过程是众所周知的,但不确定锈蚀是否会通过暂时的接触传染,也就是说,不涉及永久的结合。该研究调查了锈病是否会通过使用控件的临时接触而传播。8个少于3.50克的生锈钢丝绒卷被分成四组,错落有节地排列在两块未生锈的钢板上,每块钢板的尺寸为400 x 200毫米,中间有控制单元。10天后,盘子上形成了锈迹,卷被移走了。每个月用人工追踪的方法监测明显的污渍。经过六个月的观察,第一个月的追踪被叠加到每个单独的平板上。虽然在对照细胞和实验细胞上形成了固有的锈蚀,但原始的锈蚀在形状和大小上保持不变。锈蚀可能不会通过简单的接触传染给其他金属
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Can Rust Spread Through Temporary Contact?
Despite the process of rusting being well known, it was uncertain whether rust was contagious or not through temporary contact that is, involving no permanent bonding. The study investigated whether rust could be transmitted through temporary contact using controls. Eight rusted steel wool rolls, each less than 3.50 g were staggeringly arranged in groups of four onto two non-rusted steel plates, each measuring 400 x 200 mm, with control cells in between. After 10 days, rust stains formed on the plates and the rolls were removed. The conspicuous stains were monitored every month by means of manual tracing. After six monthly observations, the first month tracings were superimposed onto each respective plate. Although intrinsic rust had formed on the control and experimental cells, the original stains remained constant in shape and size. Rust is probably not transmitted to other metals by simple contact
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来源期刊
Recent Innovations in Chemical Engineering
Recent Innovations in Chemical Engineering Chemical Engineering-Chemical Engineering (all)
CiteScore
2.10
自引率
0.00%
发文量
20
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