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首页> 外文期刊>粉体および粉末冶金 >Sinter-bonding of Alumina Ceramic onto Iron-Molybdenum Alloy
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Sinter-bonding of Alumina Ceramic onto Iron-Molybdenum Alloy

机译：氧化铝陶瓷在铁钼合金上的烧结结合

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摘要

Joinning ceramic to metal without interlayer was tried using process from emulsifying of suspension to sintering. Alumina-kerosene suspension (O) was mixed with iron oxide-molybdenum-water suspension (W) and (W/O) emulsion was formed. After casting the emulsion, the (W)particles submerged to bottom due to difference in density between (O) and(W). The dried body was sintered in a reducing atmosphere and transformed to double layer consisting of alumina ceramic and iron-molybdenum alloy. At the area between these layers, protrusions of the alloy were locked in the alumina ceramic and this was considered to be a source of joint strength.
机译：尝试使用从悬浮液的乳化到烧结的过程，将陶瓷与金属无中间层地连接起来。将氧化铝-煤油悬浮液（O）与氧化铁-钼-水悬浮液（W）混合，形成（W / O）乳液。浇铸乳液后，由于（O）和（W）之间的密度差异，（W）颗粒浸入底部。将干燥体在还原气氛中烧结，并转变成由氧化铝陶瓷和铁-钼合金组成的双层。在这些层之间的区域，合金的突起被锁定在氧化铝陶瓷中，这被认为是结合强度的来源。

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