1)liquidus temperature液相线温度
1.Experimental study of effect of phosphorous onliquidus temperature of peraluminous magmatic system磷对过铝质岩浆液相线温度影响的实验研究
2.During the melting and processing practices, an accurate knowledge ofliquidus temperature is necessary in the determination of process parameters relating to a given alloy.在合金熔炼和加工过程中,往往需要知道液相线温度,以便确定相关工艺参数。
3.A new model for accurately calculating steelliquidus temperature was built, and the new temperature coefficients of element were given.基于最新的Fe i二元相图,系统计算了铁基合金中20种常见合金元素(含量为0%～21%)对纯铁熔点的影响值,据此给出了新的钢的液相线温度计算模型及组元的温度系数,并以齿轮钢为例进行了验证。
1.The adiabatic heating induces the temperature of fracture surface layer to be higher than the liquidus temperature too.计算表明,断口表面层绝热升温温度依然高于液相线温度.
2.Experimental study of effect of phosphorous on liquidus temperature of peraluminous magmatic system磷对过铝质岩浆液相线温度影响的实验研究
3.Self-fluxing alloy powders--Determination of solidus-liquidus temperature rangeGB/T6526-1986自熔合金粉末固-液相线温度区间的测定方法
4.A Study of Temperature Gradient in Liquid Phase for Double-zone Heat Directional Solidification双区加热定向凝固液相温度梯度研究
5.SYNTHESIS OF MoO_3 NANORODS VIA A SOLUTION APPROACH AT A LOW TEMPERATURE低温液相合成路线制备六方相MoO_3纳米棒
6.Rapid growth of“ mother dendrites” in a given location of a melt at just below the liquidus temperature, that growth being the result of rapid heat extraction from the melt, or from recalescence.在特定的熔点，以低于液相线的温度快速生成“母晶枝”，这是使熔融金属或复辉快速散热的结果。
7.liquid column(of liquiding glass thermometer)（玻璃温度的）液柱
8.Research on Thermal Properties in Liquid-Solid Lubrication;液—固二相流体润滑状态下的温度特性的研究
9.Effect of Calcination Temperatures on Spinel LiMn_2O_4 Prepared by Solution Combustion Synthesis in Nitrate System;温度对硝酸盐体系液相燃烧合成产物LiMn_2O_4的影响
10.EFFECT OF SINTERING TEMPERATURE OF LIQUID ADDITIVES ON THE BATIO_3-BASED LEAD-FREE PTC CERAMICS液相添加剂对BaTiO_3系无铅PTC陶瓷烧结温度的影响
11.Research of temperature influence to selectivity of HPLC温度对高效液相色谱分离选择性的影响
12.Do the Temperature Set Points& Conveyor Speed written on the Thermal Profile correspond to the current Program settings?温度曲线图上的温度设定点与炼速是否与当前的程序设定相同??
13.Measurement of Temperature-Humidity Fields and Characterization of Liquid Phase Distribution in Gas-Liquid Regions气液共存区域温湿度场的测量及液相分布的表征方法
14.The black liquor is slop which are generated by Pulping,and the baume degrees of black liquor have relativity with temperature and pressure.黑液是制浆造纸产生的废液,黑液波美度与温度和压力有明显的相关性;
15.Tracking Estimation of Transmission Line Temperature Based on PMU Measurement基于相量测量单元的输电线路温度跟踪估计
16.The phase equilibrium is a function of the system temperature. As the temperature of the liquid phase increases, so will the vapor pressure; the converse is also true.相平衡使系统温度的一个功能。当液相温度上升时，蒸气压也会上升；反过来也是如此。
17.Because phenanthrene is evolved in the form of gaseous phase under liquid phase carbonization temperature, therefore higher content of phenanthrene will give unfavorable influence on liquid phase carbonization process.由于菲在液相炭化温度下呈气相析出,因此高含量的菲对液相炭化过程会产生不利的影响。
18.Multi-Scale and Nonlinear Characteristic Analysis of Gas/Liquid Two-Phase Flow Structure;气液两相流流动结构多尺度及非线性特性分析
相关短句/例句
Solidus/liquidus temperature液固相线温度
3)solids-liquid line temperature固相线-液相线温度
4)liquidus temperature液线温度
5)near liquidus holding液相线保温
6)Solidus temperature固相线温度
1.Experiences in-core indicate that the swelling of metallic fuels is so severe that the cladding begins to fail at a low burnup,moreover the solidus temperature of uranium or uranium-plutonium fuel and eutectic temperature with stainless steel cladding materials are low and made it impractical to use metallic fuels in a commercial reactor.国外早期快堆发展的燃料集中在金属燃料上,但金属燃料辐照肿胀严重,只能实现较低的燃耗深度,且较低的固相线温度和与包壳间的共晶温度又制约了金属燃料的实际应用。
延伸阅读
液相线温度液相线温度液相线温度（又称初晶温度）是铝电解体系的一个重要的性质，它与铝电解操作温度有直接的关系。电解质温度对于稳定的生产非常重要。工业实践证明，当电解质温度降低10℃，电流效率可提高2％。熔体的温度过高或过低，都将影响冶金生产作业的正常进行，及时检测和控制熔体的温度，是保证冶金生产正常作业的重要条件之一。电解质组分不同，其分子比也不同。电解质的分子比适当降低，其过热温度也随之下降，这有利于降低电解温度，提高电流效率。分子比偏高或偏低对槽膛都会有较大的影响。低分子比操作是现代高效节能铝电解槽的标志。由上可知测定铝电解质的液相线温度和分子比对铝电解工业是多么重要。
