1) initial solidification temperature
初始凝固温度
1.
The influence of initial solidification temperature on the microstructure at the brazed joint zone was investigated.
研究了钎焊温度对钎焊接头微观组织的影响 ,并利用图像软件Image ProPlus确定了不同初始凝固温度下α (Al)相在钎焊接头中的体积分数。
2) initial solidification
初始凝固
1.
Recent development of heat transfer during initial solidification in continuous casting;
连铸初始凝固区域传热研究进展
2.
Influence of mould cooling intensity on the strand shell homogeneity in the initial solidification areas;
结晶器冷却强度对铸坯初始凝固均匀性的影响
3.
Experimental measurements and numerical analysis have been conducted to clarify the high frequency magnetic field distribution in the region of initial solidification within the soft contact EMCC (electromagnetic continuous casting) mold of billet.
分析结果表明：采用通体切缝形式的结晶器具有比封闭切缝形式结晶器更好的透磁性；增加感应线圈匝数时，可增大高频磁场在铸坯初始凝固区的有效作用范围：当液态金属弯月面位于感应线圈上沿附近时，高频磁场作用于初始凝固区的有效作用范围较大、电磁压力分布的不均匀程度较小，有助于获得高表面质量的铸坯。
3) initial temperature
初始温度
1.
Na_8+Na_8 collisional dynamics at different initial temperatures;
不同初始温度时Na_8+Na_8团簇碰撞动力学研究
2.
The initial temperature distribution function of the foundry moulds when heat radiated and infused by hot iron are put forward.
提出了铸型受热辐射和铁水浸泡的初始温度分布函数，并考虑了结晶潜热和强制冷却工艺等因素，使模拟精度高，误差在５％以内，为研究厚大断面球铁铸件的凝固规律提供了较可靠的参考依据。
3.
How to determine initial temperature and adiabatic temperature rise is one of the most principal factors for RCC(Roller Compacted Concrete) dam,which will influence the accuracy and quantity of simulation analysis for temperature field.
碾压混凝土浇筑层的初始温度和绝热温升是碾压混凝土坝设计中的常见问题之一,直接关系到温度场仿真计算的精度和计算量问题。
4) Temperature initial field
温度初始场
5) primary thermometer
初始温度计
6) solidification temperature
凝固温度
1.
Solidification Temperature of Concasting Mold Fluxes;
连铸结晶器保护渣的凝固温度
2.
The results show that with increasing amounts of added TiO2, the viscosity and solidification temperature (θs) of the MF decrease gradually, and then increase rapidly.
研究表明:随着TiO2加入量的增加,MF的黏度和凝固温度(θs)先逐渐减小而后迅速增大。
3.
The results showed that the viscosity of mold fluxes could be decreased by TiO2,except that perovskite was precipitated that could increase viscosity and solidification temperature.
研究表明,TiO2可以降低连铸保护渣的粘度,但随着钙钛矿的析出,会增加凝固温度和粘度。
补充资料：铂电阻温度表(见电阻温度表)
铂电阻温度表(见电阻温度表)
表。bod旧nZu wendubiao铂电阻温度表见电阻温
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条