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首页> 外文期刊>Journal of Materials Processing Technology >Determining the kinetics of transient liquid phase bonding (TLPB) of inconel 625/BNi-2 couples using differential scanning calorimetry
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Determining the kinetics of transient liquid phase bonding (TLPB) of inconel 625/BNi-2 couples using differential scanning calorimetry

机译:使用差示扫描量热法测定Inconel 625 / BNI-2耦合的瞬态液相键合(TLPB)的动力学

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摘要

A cyclic DSC method was developed which can measure the rate of isothermal solidification (IS) of the centerline eutectic in a Ni-based superalloy TLPB couple using a single sample. This was done by measuring the enthalpy of solidification of the remaining eutectic liquid, in a half braze joint when cooled from the brazing temperature. The analysis revealed that a rapid diffusional solidification (DS) process occurs during initial melting such that approximately 50% of the eutectic liquid is already diffusionally solidified by the time the peak brazing temperature is reached. This initial DS process greatly reduces the total time for solidification at the brazing temperature. Experimental DSC determinations of the complete isothermal solidification time agree well with theoretical predications.
机译:开发了一种循环DSC方法,其可以测量使用单个样品的Ni基超合金TLPB耦合中的中心线共晶的等温凝固(IS)的速率。 这是通过测量从钎焊温度冷却时在半钎焊接头中测量剩余共晶液体的凝固焓来完成的。 分析显示,在初始熔化期间发生快速扩散凝固(DS)处理,使得大约50%的共晶液已经扩散到达到峰钎焊温度的时间凝固。 该初始DS过程大大减少了钎焊温度在凝固温度下的总时间。 实验DSC确定完整等温凝固时间与理论上普遍存在。

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