由于熔体结构转变类型不同，其对合金的凝固过程影响不同。
Different types of TI-LLSTs have different influences on the solidification of alloy.
近年来的研究不断发现，很多合金熔体在熔点以上一定温度范围内会发生温度诱导的非连续液-液结构转变。
In recent years, it has been found that many alloys' melt experienced temperature-induced discontinuous L-L structure transition at a certain temperature above liquidus.
我们认为这是由于从固态中遗留到熔体中的化学短程序在该温度范围内被打破，使得熔体结构发生转变。
We believe that this is due to the CSROs with the crystal structure are broken at the temperature, that is to say, there is structure change in the melt.
我们认为这是由于从固态中遗留到熔体中的化学短程序在该温度范围内被打破，使得熔体结构发生转变。
We believe that this is due to the CSROs with the crystal structure are broken at the temperature, that is to say, there is structure change in the melt.
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