The paper introduces the experimental teaching case of the measurement of metal solidification temperature field.
介绍 材料 成型与控制专业 材料成形原理中测定金属凝固温度场实验的教学案例。
The finite differential method was applied to develop a simulation software for solidification temperature field in continuous casting.
采用有限差分方法，自行开发了连铸过程的凝固温度场模拟软件。
Performance test has shown that it has the advantages such as fast solidification. low solidification temperature and high consolidation strength.
对其性能测试表明，该固砂剂在低温下可固化，且固化速度快、固化强度高；
At the meantime, the solidification temperature was measured, the results calculated by simulation software agree well with those obtained by experimental measurements.
同时，对铸球凝固时的温度进行了实测，计算结果与实测结果相符，证明该数值模拟方法具有准确性。
The structure of pastilles was more compact and the pastille purification rate was slower at lower solidification temperature, however the yield of pastilles was higher.
冷却固化温度低，得到的固体颗粒结构致密，颗粒提纯速率较慢，但产品收率较高。
This article put forward the detailed project of collecting the data of Alloys' Transient Solidification Temperature Field, according to the characteristics of this process.
本文针对合金瞬态凝固过程温度场的特点，详述了对该过程中合金液内温度场进行测试的方案。
This article put forward the detailed project of collecting the data of Alloys' Transient Solidification Temperature Field, according to the characteristics of this process.
本文针对合金瞬态凝固过程温度场的特点，详述了对该过程中合金液内温度场进行测试的方案。
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