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首页> 外文会议>Materials Science Technology Conference and Exhibition >From 'Grain Refiners' to 'Aluminium Based In-Situ Composites' in Ternary Al-Ti-B System
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From 'Grain Refiners' to 'Aluminium Based In-Situ Composites' in Ternary Al-Ti-B System

机译：从“谷物炼油机”到“三元铝业中”基于铝的原位复合材料“

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摘要

There has been a considerable interest in the ternary Al-Ti-B system amongst the aluminium casting fraternity. Of the many techniques used to synthesize grain refiners based on Al-Ti-B system, addition of halide salts - K_2TiF_6 and KBF4 - to molten aluminium has been one of the widely accepted routes. The present talk deals with the journey from the "development of grain refiners for aluminium alloys" to "aluminium based in-situ composites" in authors' laboratory over the last two decades. The concept of aluminium based in-situ composites reinforced with titanium diboride particles, which is an offshoot of the technique used to produce commercial grain refiners for aluminium alloys using halide salts, will be presented. The talk also discusses few challenges and opportunities in ternary Al-Ti-B system.
机译：在铝铸造果断的三元Al-Ti-B系统中存在相当大的兴趣。在用于合成基于Al-Ti-B系统的晶粒缩探的许多技术中，加入卤化物盐 - K_2TIF_6和KBF4 - 熔融铝是广泛接受的途径之一。目前谈判与过去二十年在作者实验室中“谷物炼油厂的谷物炼油厂的发展”的旅程中的谈判达成了“铝合金”中的“基于原位复合材料”。将呈现钛基原位复合材料的概念，其钛的二硼化钛颗粒是用于生产使用卤化物盐为铝合金生产商业晶粒精炼机的技术的突起。谈话还讨论了三元Al-Ti-B系统的挑战和机遇。

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