liquidus temperature的例句大全

Research on Determination and Modeling of Liquidus Temperature of Aluminum Bath

铝电解质初晶温度检测及其数模拟合的研究

Research on mathematical models of liquidus temperature and conductivity of electrolyte in aluminium electrolysis

铝电解质初晶温度和电导率数学模型的研究

The liquidus temperature, solidus temperature and crystal interval of Al-11.4% Cu alloy are determined by testing and analysing the resistance of Al-11.4% Cu alloy solidified under an alternating magnetic field.

通过测试和分析Al-11.4%Cu合金在交流磁场中凝固的电阻，确定了合金液相线和固相线温度以及结晶区间。

Liquidus temperature is a important parameter to the control of electrolytic aluminium reduction cell.

电解质初晶点是铝电解过程中一重要参数.

Mathematic models about the relationships between liquidus temperature and their components and cryolite ratio computer.

通过测定电解质初晶温度及时给出各组分含量、分子比,研制出一种便携式初晶温度、分子比槽前分析仪.

A mathematic model about the relationship between liquidus temperature and cryolite ratio was simulated.

根据分析结果拟合出该体系初晶温度与分子比数学模型.

It also indicated that the liquidus temperature and the binary eutectic temperature were decreased and the ternary/ quarternary eutectic reactions and Mg_2Si phase were restrained as the cooling rate increased. The micro-hardness of the sample at the higher cooling rate was distinctly raised.

合金液相线温度和二元共晶的反应温度降低，三元或四元共晶反应被抑制，合金凝固组织中Mg2Si相的析出受到抑制，微观硬度明显提高。

Study on the In-Situ Determining Instrument of Liquidus Temperature and Cryolite Ratio in Molten Salts

高温熔盐初晶温度和分子比槽前分析仪的研制

The first is to make use of triangular A-B-C diagrams having an isoconcentration section of component D to determine liquidus temperature of slag with interpolation taken up.

一种是利用具有等浓度D截面的A-B-C三角图和内插法来计算。

self-fluxing alloy powders; determination of solidus-liquidus temperature range

自熔合金粉末固-液相线温度区间的测定方法

The liquidus temperaturecurves and spontaneous crystallization temperature curves of three systems, i . e . BaB _ 2 O _ 4-BaF , BaB _ 2 O _ 4-BaCl _ 2 and BaB _ 2 O _ 4-BaB _ 2 O _ 4· Na _ 2 O, are given.

详细地介绍了寻找适合于此晶体生长的最佳助熔剂,并给出BaB_2O_ 4Κ—BaF_2,BaB_2O_ 4—BaCl _2和BaB_2O_4—BaB_2O_4·Na_2O等三种体系的液相线温度曲线和自发结晶温度曲线.

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.

The results show that: manganese lowers liquidus and eutectic temperature, and narrows down the temperature range of solidification;

结果表明：锰降低液相线温度和共晶温度，缩小凝固温度范围；

The dynamic viscosity of In-55wt% Sb hypoeutectic alloy melt was measured in a wide temperature range above liquidus in heating and cooling processes by using a torsional oscillation viscometer.

利用回转振动粘度仪在液相线以上较大温度范围内，测量了In-55%Sb（质量分数）亚共晶合金熔体在不同的升降温过程中的粘度。

The liquidus and solidus in the mushy zone was calculated based on back diffusion and a database for multi-component steel with the thermal-physical parameters depended on composition, temperature and solid fraction.

该模型根据糊状区溶质传输和反扩散理论，基于变热物性参数，采用钢中多组元成分的百分含量计算液、固相线温度。