Microwave Ignited Combustion Synthesis as a Joining Technique for Dissimilar Materials
Microwave Ignited Combustion Synthesis as a Joining Technique for Dissimilar Materials
复制标题
微波点燃燃烧合成作为异种材料的连接技术
DOI：
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发表时间：
2012
期刊：
影响因子：
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通讯作者：
C. Leonelli
中科院分区：
文献类型：
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作者：
R. Rosa;E. Colombini;P. Veronesi;G. Poli;C. Leonelli
Microwave energy has been exploited to ignite combustion synthesis (CS) reactions of properly designed powders mixtures, in order to rapidly reach the joining between different kinds of materials, including metals (Titanium and Inconel) and ceramics (SiC). Beside the great advantage offered by CS itself, i.e., rapid and highly localized heat generation, the microwaves selectivity in being absorbed by micrometric metallic powders and not by bulk metallic components represents a further intriguing aspect in advanced materials joining applications, namely the possibility to avoid the exposition to high temperatures of the entire substrates to be joined. Moreover, in case of microwaves absorbing substrates, the competitive microwaves absorption by both substrates and powdered joining material, leads to the possibility of adhesion, interdiffusion and chemical bonding enhancements. In this study, both experimental and numerical simulation results are used to highlight the great potentialities of microwave ignited CS in the joining of advanced materials.
