1)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。
英文短句/例句
1.Effect of interface morphology on microstructure during non-steady directional solidification of Cu-Cr alloyCu-Cr合金初始凝固界面形态对组织形成的影响
2.A mathematical model depicting the initial solidification of the billet is built up and verified with the experimental data.建立了描述小方坯初始凝固的三维数学模型,并用实验数据进行了验证。
3.Microstructure and Interface Morphology of Cu-1.0Cr Alloy in the Non-steady Directional SolidificationCu-1.0Cr合金初始非稳态凝固与凝固界面形态选择
4.The oxide growth in diameter during solidification is larger when the oxide size before solidification and cooling rate during solidification are smaller.凝固前初始氧化钛越小,在凝固过程中氧化钛越容易长大。
5.Phase Selection and Microstructure Evolution of Hypoeutectic Cu-Cr Alloys in the Initial Transeint Zone under Unidirectional Solidification;定向凝固Cu-Cr亚共晶合金初始过渡区组织演化和相选择
6.STRUCTURE EVOLUTION OF DIRECTIONALLY SOLIDIFIED Ti-43Al-3Si ALLOY Ⅰ. Microstructure Evolution in the Transition Region定向凝固Ti—43Al—3Si合金的组织演化规律 Ⅰ.初始过渡区组织演化规律
7.Dynamic Strength of Concrete under Initial Static Load初始静荷载下的混凝土动力强度研究
8.Preliminary Study and Application on Cold Water Gelling Agent for Bacterial Testing Slip细菌测试片的冷水可凝凝固剂初步研究和应用
9.The Primary Simulation of Solidification in Welding Pour Using Cellular Automaton;基于CA法的熔池凝固过程模拟初探
10.This initial stress influences the load carrying capacity of column.此初始应力对钢管混凝土柱的承载力有影响。
11.Simulation Study of Microstructure Transition of Liquid Metals Ga during the Different Initial Conditions;初始条件对Ga冷凝过程影响的模拟研究
12.Mechanical behaviour of gelled crude oil under constant shear rate in initial structural failure process恒剪速下胶凝原油初始结构破坏过程力学特性
13.The components are thus a statistical abstraction of the variability inherent in the original band set.这些成分是初始波段所固有的变化统计抽取。
14.An Experimental Study on the Flexural Performance of Reinforced Concrete Beams of Initial Load Strengthened with CFRP Sheets;初始荷载下碳纤维布加固梁受弯性能试验研究
15.A Exploration of A Tod Historical Document The History from Old to the Age of Güüsi Khan;托忒蒙古文史籍《太古到固始汗时代的历史》初探
16.Initialized Design of Firmware of USB Device Based on ARM;基于ARM下的USB设备固件程序初始化设计
17.Analysis of One-dimensional Thermal Consolidation of Saturated Soil with Special Initial Excess Pore-water Pressure Distribution初始孔压特殊分布的饱和土一维热固结分析
18.Study on submarine safety during emergency surfacing with inherent initial heel潜艇带固有初始横倾应急上浮安全性研究
相关短句/例句
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。
3)initial condensing初始凝结
4)initial anticoagulation初始抗凝
5)primary consolidation初始固结
6)initial solidification初期凝固
1.The initial solidification phenomena of low carbon steel,which solidifies with a hypoperitectic reaction in the continuous casting,have been modeled.为了模拟连铸过程中具有亚包晶反应的低碳钢的初期凝固现象,利用浸渍实验,测量了铸坯的二次树枝晶间距;利用有限元的一维传热汁算,求得冷却速度与二次树枝晶间距的关系式;探讨了传热阻力等参数对铸坯的冷却速度、凝固不均一度的影响。
2.The temperature fields and stress fields of initial solidification shell in the mould of smooth and groove were calculated,the difference between the tWo condition was analyzed and effect to dritial solidiflcation process caused by model of grooves was stUdied .以初期凝固坯壳为研究对象,在结晶器内壁纵向划分沟槽,建立数学模型,计算划分沟槽与不划分沟槽结晶器内铸坯的温度场和应力场,研究沟槽内壁结晶器对铸坯初期凝固过程的影响。
延伸阅读
初始初始(或写作始初,8年十一月)是西汉时期孺子婴的第2个年号,也是他的最后一个年号,共计1个月。初始元年十二月王莽即位,建立新朝,以初始元年十二月朔癸酉为正月之朔,改元始建国,西汉灭亡。 《资治通鉴》写作“始初”,《汉书·王莽传》作“初始”。居延汉简则也是“初始”,另外有出土记为初始元年的文物。 中央研究院之两千年中西历转换将初始元年十一月作西元8年12月17日。初始年号终结于9年1月14日。
