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1·To be examined by high efficient liquidus spectrum.

用高效液相色谱法测定补骨脂素的含量。

2·Liquidus temperature of actual aluminum electrolyte samples was measured directly.

直接测定了铝电解质实际样品的初晶温度。

3·The thick copper layers absorb a lot of heat from the preheating and liquidus solder.

多层的厚铜板吸收很多来自预热和液化焊锡的热能。

4·The near-liquidus semi-continuous casting (LSC) process was used in casting ZL201 alloy.

采用近液相线半连续铸造的方法制备了ZL201铝合金半固态锭坯。

5·In the liquidus nearby, the grains size becomes coarse with increasing of casting temperature.

在液相线附近，晶粒尺寸随着浇铸温度的降低而逐渐减小并呈球化的趋势。

6·The microstructure evolution of ZL111 by heat holding above the liquidus temperatures was investigated.

对ZL 111铝合金在近液相线的温度保温后的铸态组织进行了研究。

7·Studying the nearby liquidus semi -continuous casting technics of A356alloy by means of orthogonal test.

选用正交试验法，研究了A356铝合金近液相线半连续铸造工艺参数的影响。

8·For electrolyte system with lower liquidus temperatures, the solubility of aluminium was lower too, vice versa.

在初晶温度较低的电解质中，铝的溶解度较低，反之较高。

9·The casting and remelted microstructures of ZL201 alloy cast by liquidus semi-continuous casting(LSC)were studied.

研究了近液相线半连续铸造ZL201合金的微观组织及其在二次加热过程中的变化。

10·For this reason, there is an exemption for alloys with high liquidus temperatures that contain greater than 85% lead.

为此，针对高熔点温度的合金有一个除外条例，这种合金含铅量大于85%。

液相线

1·Low liquidus temperature enables low bath temperature. The current efficiency increases with the decreasing of bath temperature.

低液相线温度允许低电解温度，而降低电解温度可大大提高电流效率。

2·Solidus and liquidus temperatures of the rocks and relationship between crystallinity and crystallization temperature have been determined.

确定了岩石固相线与液相线的温度，岩石结晶程度与温度的关系。

3·Studying the nearby liquidus semi -continuous casting technics of A356alloy by means of orthogonal test.

选用正交试验法，研究了A356铝合金近液相线半连续铸造工艺参数的影响。