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Recycling of Aluminum and Titanium Chips by Microwave Augmented SHS

机译:微波增强SHS回收铝和钛芯片

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摘要

Recycling of titanium and aluminium chips to manufacture wear and corrosion-resistant intermetallicbasedcoatings is achieved by microwave assisted Self Propagating High Temperature Synthesis(SHS). A multi-physics model implementing both reaction kinetic and microwave heating and heattransfer has been developed in order to optimize the synthesis condition. Numerical simulationallowed to investigate the preferable applicator geometry and to quantify the excess heat generated,which could be useful to promote further reactions with an iron-based substrate, thus realizingintermetallic-coated steel-based products.
机译:通过微波辅助的自蔓延高温合成(SHS),可以回收钛和铝屑以制造耐磨和耐腐蚀的金属间化合物涂层。为了优化合成条件,已经开发了同时实现反应动力学和微波加热与传热的多物理场模型。数值模拟可以研究优选的喷头几何形状并量化产生的多余热量,这可能有助于促进与铁基基材的进一步反应,从而实现金属间涂层钢基产品。

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