弯月面

通过Sn的连续铸造模拟实验，探讨了弯月面波动和铸坯的表面质量之间的关系。

The relation between meniscus motion and surface quality was studied by continuously casting tin .

PS微球在固-液界面的弯月面处进行阵列组装的过程中，吸附力、浮力和毛细管力使微球成核并生长成为密排的胶体晶体。

In the course of PS sphere assembly in meniscus at the solid / liquid interface , the absorption force , flotage and capillary force are responsible to the nucleation and growth of colloid crystal .

电磁制动对CSP结晶器内坯壳冲击和弯月面温度的影响

Influence of Electromagnetic Brake on Impact to Solidified Shell and Temperature at Meniscus in CSP Mould

用商业软件Fluent对弯月面处保护渣的流场分布和弯月面受力情况进行了数学模拟和分析。

The math modeling of distribution of flux flow field and analysis on pressure of meniscus in mold have been carried out by commercial software Fluent .

并采用Sn作为钢液的模拟工质测量了不同实验条件下两段式结晶器内的弯月面高度。

And the height of molten metal meniscus was measured under different magnetic field conditions where Sn was used as the simulated media of molten steel .

结果表明，外加间断磁场能控制铸型内液体金属的运动，改善铸坯的表面质量控制弯月面的运动，可使铸坯表面形成和间断频率fi相应的条纹。

It is found that the motion of the melt in the mold can be suppressed and the surface quality of the ingot can be improved by imposing intermittent magnetic field .

本文基于已有数学模型和连铸工艺模拟软件VisualCast，研究了不同复杂形状的水口对CSP结晶器流场形态和弯月面波动的影响。

Based on present mathematical model and continuous casting process simulation software Visual Cast , the influences of different nozzles with complex configurations on the fluid flow in CSP mold and the meniscus profile have been investigated .

本文利用Fluent大型商业软件，对情况复杂的弯月面区域内保护渣流动行为进行数学模拟研究，这为系统分析弯月面区域影响保护渣流入的因素，提供了理论基础。

This paper make use of the large business software FLUENT for the numerical simulation of the mold slag flowing in the meniscus field . It provide theoretic base for the systematically analysis of the factor which influence the slag flowing behavior in the meniscus field .

对CREM法半连铸7075铝合金过程中，熔体弯月面形状、微观组织结构、溶质元素分布随磁场强度及磁场频率的变化规律进行了试验研究。

Effects of magnetic field intensity and frequency on melt meniscus shape , microstructure and distribution of solute element in 7075 aluminum alloy in CREM semi-continuous casting were investigated experimentally .

用Pb-Sn-Bi低熔点合金进行了热模拟实验。从液面波动入手，研究了在单条形电磁场作用下板坯连铸结晶器内的弯月面行为。

The behavior of fluid flow at meniscus under the single strip electromagnetic field basically expressed as the level fluctuation was studied by the thermal simulation experiment on Pb-Sn-Bi low melting point alloy .

连铸结晶器振动下弯月面处温度波动的模拟实验

Model experiment of meniscus temperature fluctuation during continuous casting mold oscillation

连铸结晶器非正弦振动对弯月面形状的影响

Effect of Non-Sinusoidal Oscillation of Continuous Casting Mold on Meniscus Shape

复合电磁场作用下连铸金属液弯月面运动规律的热模拟研究

Thermal simulation on meniscus motion in the continuous casting with multi-electromagnetic field

连铸结晶器弯月面区温度波动的模拟研究

Model Study on Meniscus Temperature Fluctuation during Mould Oscillation in Continuous Casting

液体弯月面受控分析及其应用

Controlled Behaviour of the Meniscus Liquid Surface and its Applications

连铸结晶器内钢液弯月面区域速度场的测定

Measurement of Velocity Field in Meniscus Zone in Mold of Continuous Caster

弯月面的高度与电源输入频率成反比，频率越高，弯月面稳定性越好。

, the higher the frequency , the more stable the meniscus .

电磁场作用下板坯连铸结晶器内的弯月面行为

Behavior of Meniscus in Slab Caster Mold Under Electromagnetic Field

结晶器中弯月面区域保护渣液流场的数学模拟

Math Modeling of Mold Flux Flow Field in Meniscus Region

两段式方坯结晶器内电磁场分布及弯月面行为

Distribution of Magnetic Field and Molten Metal Meniscus Behavior in Two-stage Billet Mold

方坯软接触结晶器电磁场分布及弯月面形状的数值模拟

Numerical Simulation of Electromagnetic Field and Meniscus Shape in Soft Contacting Billet Mold

软接触结晶器内的弯月面形状及其不均匀性

Shape and Inhomogeneous Distortion Characteristics of Meniscus in Soft-Contact Electromagnetic Continuous Casting Mold

分析了拉速、电磁搅拌电流和弯月面波动等工艺参数对结晶器局部热流（高热流区热流）和平均热流的影响。

The effect of casting speed , EMS-current , meniscus on heat flux is analyzed .

软接触电磁连铸结晶器内磁场分布与弯月面行为

Magnetic field distribution and molten metal meniscus behavior in soft contact electromagnetic continuous casting mold

复合电磁场对连铸结晶器弯月面金属液运动行为及铸坯质量的影响

Effect of Multi Electromagnetic Field on Motion State at Meniscus and Quality of Continuous Casting Metals

中间层液体的表面能是影响弯月面力作用强度的重要因素之一。

The surface energy of the interface layer is one important influencing element of capillary force .

在弯月面附近出现明显的钢液回流区；

Circumfluence area and a maximum turbulent kinetic energy area are located in the vicinity of meniscus .

方坯软接触电磁连铸结晶器内钢液弯月面行为的热模拟研究

Thermal physical simulation of meniscus behaviors of molten steel in the soft contact electromagnetic continuous casting mold of billet

通过控制保护浇注时弯月面附近的磁感应强度来确定工作电流。

The running currents have been established by controlling the magnetic induction intensity nearby the meniscus when protection casting .

实验结果显示在硼硅玻璃为基体的毛细微槽横截面内液体弯月面的形状为抛物线形，这与以往文献中所认为的圆弧形不一致。

The results show that the meniscus shapes in microgrooves are parabolic , which is different from previous assumption .