In recent years, it has been shown that many binary alloy melts experience temperature-induced discontinuous liquid-liquid (L-L) structure transition hundreds degrees above the liquidus.
近年来研究发现，很多二元合金在熔点以上一定温度范围内发生温度诱导非连续液-液结构转变。
Here an advanced control model (L-TOP model) is introduced, which is good at predicting hot roll profile and technological change in strip transition.
介绍了一种先进的控制模型(L -top模型)，对热辊型预测和带钢转换时的工艺变化做出很好的处理。
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.
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。
It is proved that relative hereditary, relative closed transition, weak homeomorphic invariant, L-good extension are all valid.
证明了相对正规分离性是遗传的、相对闭集传递的、弱同胚不变的、L -好的推广性质。
It is proved that relative hereditary, relative closed transition, weak homeomorphic invariant, L-good extension are all valid.
证明了相对正规分离性是遗传的、相对闭集传递的、弱同胚不变的、L -好的推广性质。
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