1) kiss point
凝固终点
1.
We use classic rolling theory and engineering method to deduce the static equilibrium differential equation of the micro-body in the casting zone during roll-casting process,base on the position of kiss point,so we can calculate the distribution of rollin.
基于经典轧制理论,采用工程法推导出铸轧过程中熔池区域微元体静力平衡微分方程,根据凝固终点位置即可给出铸轧过程中单位压力分布,进而给出铸轧力计算的数学模型,为铸轧力的在线控制奠定了基础。
2) coagulation
凝固
1.
The effect of different coagulation methods on the mechanical properties of skin rubber;
凝固方法对胶清橡胶力学性能的影响
2.
Study on the coagulation of natural rubber using surfactant and calcium as the coagulant;
表面活性剂和CaCl_2作凝固剂凝固天然胶乳的研究
3.
Effect of coagulation and drawing condition on structure and morphology of PAN fiber;
凝固与拉伸条件对PAN纤维结构形态的影响
3) solidify
凝固
1.
By this model the time required for casting pipe solidification,thickness of solidifying layer,solidification depth and the difference of solidification rate between inner and outer walls can all be.
通过理论推导，建立了连续铸铁管凝固过程传热微分方程，用差分法求解取得了满意结果，最后用最小二乘回归求出固液界面的等温线方程。
2.
By researching the influence of copper plate shape,copper plate coming,,cooling structure of funnel mould on the solidify of thin slab and the heat transfer of mould,we analyzed the productive adaptability of H~2 funnel mould of Danieli,and optimized the shape of mould copper plate.
通过研究漏斗型结晶器的铜板形状、镀层、冷却结构对薄板坯凝固过程和结晶器传热的影响,分析了达涅利 H~2漏斗型结晶器生产应用的适应性,并据此对结晶器宽面、窄面铜板形状进行了优化。
4) solidification
凝固
1.
Flow and Solidification of Copper Thin-slab in Horizontal Continuous Casting with Electromagnetic Stirring;
铜板带水平连铸电磁搅拌中熔体的流动和凝固
2.
Quantitative relationship between secondary dendrite arm spacing and solidification cooling rate of AZ31 magnesium alloy;
AZ31镁合金的凝固冷却速率与二次枝晶间距的定量关系
3.
Study on the Solidification Behavior of Steel in the Mold of Thin Slab Caster;
薄板坯连铸结晶器内钢液凝固行为的研究
5) consolidation
凝固
1.
This paper emphatically introduces the performance feature of metal material surface after rapid melt reconsolidation(RMRS) treatment, and its technical application to surface treatment of gear with cemented steel.
本文着重介绍金属材料表面经快速熔化再凝固 ( RMRS)处理后的性能特点及这一技术在渗碳钢齿轮表面处理上的应
2.
The thermal stress:in consolidation of concrete is analyzed for construction of the National Stadium, the main track and field stadium for Olympics 2008 in Beijing.
研究2008奥运工程——鸟巢工程中大体积混凝土的凝固温度应力及其预防技术。
3.
This paper investigates the consolidation temperature of large-volume concrete used in the stadium which was constructed for the 2008 summer Olympic Games hold in Beijing.
研究2008奥运工程——国家体育场工程中大体积混凝土的凝固温度问题,采用有限元法分析混凝土构件凝固中温度场的变化规律,并考虑实际工程中的多种边界条件、气候条件的影响。
6) rapid solidification
快速凝固
1.
Rapid Solidification of Cu-10Ag Alloy Droplets by Ultrasonic Arc Spray Atomization;
超音速电弧喷射雾化Cu-10Ag合金熔滴的快速凝固
2.
Carbide and its stability in FGH95 superalloy powders during rapid solidification;
快速凝固FGH95合金粉末中的碳化物及其稳定性
3.
Microstructure evolution of hypereutectic Al-Si alloy during rapid solidification;
过共晶Al-Si合金快速凝固组织演变
参考词条
补充资料：滴定终点
分子式：
CAS号：
性质：简称终点(end point)。滴定分析中，当滴定至等当点时，往往没有任何外观效果可供判断，常借助于指示剂的颜色变化来确定终止滴定，此时指示剂的变色点，即为滴定终点。滴定终点与等当点不一致所产生的误差，称为终点误差(end point error)。
CAS号：
性质：简称终点(end point)。滴定分析中，当滴定至等当点时，往往没有任何外观效果可供判断，常借助于指示剂的颜色变化来确定终止滴定，此时指示剂的变色点，即为滴定终点。滴定终点与等当点不一致所产生的误差，称为终点误差(end point error)。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。