液态金属

LED灯的液态金属冷却方法试验研究

Experimental study on liquid metal cooling for LED light

液态金属Al凝固过程中的团簇结构与幻数特性

Cluster Structions and Magic Number Characteristics during Solidification Process of Liquid Metal Al

聚变增殖堆液态金属Li自冷包层的热工水力分析

Thermal hydraulic analyses of liquid lithium self-cooled blanket for a fusion breeder

SAW熔渣/液态金属界面电化学现象

Research of interfacial phenomena of electrochemical reaction between molten - slag and liquid - metal in SAW

液态金属Al快凝过程中纳米级大团簇结构的形成特性模拟研究

Simulation Study on Formation Characteristics of Nano-clusters During Rapid Solidification Process of Liquid Metal Al

液态金属Ga的快速凝固模拟

A simulation on rapid solidification of liquid metal Ga

用MonteCarlo法模拟计算液态金属离子源的发射特性

A Monte Carlo calculation of ion emission system with a liquid metal ion source

基于成组技术的液态金属模锻CAPP系统研究

The Research of CAPP System Based on GT for Design of the Forging of Liquid Metal

冷速对液态金属Ga凝固过程中微观结构演变影响的模拟研究

A simulation study for the effects of cooling rate on evolution of microstructures during solidification of liquid metal Ga

中国液态金属锂铅实验回路DRAGON-ⅣMHD实验段设计与分析

Magnetohydrodynamic experimental design and analysis for Chinese liquid metal LiPb experimental loop DRAGON - ⅳ

液态金属快速凝固过程的PFM模型

Phase-field model of rapid solidification process of liquid alloy

采用quantumSutton-Chen（Q-SC）多体势对液态金属Cu在四个不同冷却速率下的凝固过程进行了分子动力学模拟研究。

A molecular dynamics simulation has been performed on the solidification process of liquid metal Cu by adopting the quantum Sutton_Chen many_body potentials at four different cooling rates .

结合二元合金相图及镁合金中组元镁的活度系数计算结果，提出采用液态金属Pb作为阴极去除微量杂质Mg。

The liquid lead was recommended as cathode to remove trace impurity Mg2 + according to the binary alloy phase diagram and magnesium activity coefficient calculation .

含气泡液态金属的磁流体力学和Hartmann流动

Magnetohydrodynamics of bubble - containing liquid metals and Hartmann flows

采用原子比为Si（31%），Au（69%）的金硅合金，研制成了Au-Si共晶合金液态金属寓子源。

An Au-Si alloy ion source has been developed using the alloy with atomic ratio of69 % Au and 31 % Si .

采用液态金属表面浸渗复合方法在铸铁材料表面获得铸铁与SiO2复合的金属陶瓷复合层。

Cast iron / SiO 2 composite ceramet layer on cast iron surface was obtained by infiltration of molten cast iron into SiO 2 preform .

结果表明，液态金属Na和Al在快速凝固过程中，其团簇结构的演变有相似之处，又各有其特征。

The results show that during the rapid solidification process of liquid metal Na and Al , there are some similar in their evolution features of cluster structures , meanwhile many differences .

2对液态金属Ni系统进行模拟研究时，重点考虑冷却速率对凝固过程中微观结构转变的快慢和最后形成的微观结构的影响。

Performing the simulation study of liquid metal Ni system , the emphasis is to consider the effects of cooling rate on the transition speed of microstructures and the structures formed in the end .

Au-Si共晶合金液态金属离子源

Au-Si Eutectic Alloy Liquid Metallic Ion Source

通过双体分布函数、键型指数、配位数、均方位移及可视化分析，结果表明：冷却速率对液态金属Cu的微观结构演变有决定性影响。

Through the pair distribution function , bond_type indices , coordination number , MSD , and visualized analysis , it is found that the cooling rate plays a critical role in the evolution of microstructures of liquid metal Cu .

η相在生长过程中和未耗尽的WC在液态金属的热传导和搅拌运动的冲刷作用下相互聚合并进一步生长，得到较大尺寸的η相。

During their growth , they might accumulate together and growth with solid WC grains under the washing effect of thermal conduction and stirring of liquid metals to form big particles .

液态金属离子源（LMIS）的亚微米聚焦离子束（FIB）在现代分析技术和微细加工等领域有很多应用。介绍一种计算机控制的快速、灵活、准确的束斑测量方法；

Focus ion beam ( FIB ) with liquid metal ion soure ( LMIS ) has many applications in modern instrumental analysis and microfabrication .

这可能是由于锶的加入，改变了液态金属的结构，导致枝晶尖端前沿生长过冷度增加，降低了枝晶α（Al）固液界面能。

The present of Sr in Al-Si alloys causes the changes of structures of liquid metals , and leads to the decreases of the solid-liquid interfacial energy of dendrite α( Al ) and increases of the growth undercooling of dendrite tips .

为了适应大规模集成器件制作工艺发展的需要，开展了液态金属离子源（LMIS）和聚焦离子束（NB）的研究。

Investigation on liquid metal ion source ( LMIS ) and focused ion beam ( FIB ), has been started to meet the need in the development of VLSI .

研究通过Cu球对液态金属Sn在不同温度及时间内球磨制备Cu-Sn金属间化合物的过程，采用X射线和扫描电镜及透射电镜等分析手段分析产物特征。

The solid-liquid reaction milling technology for Cu-Sn intermetallic powder preparation at different temperature & retention time is investigated , and the microstructure is analyzed by X-ray diffraction , scanning electron microscopy and transmission electron microscopy .

用分子动力学方法和EAM模型势对液态金属Ni原子系统在不同冷却速率下凝固过程中微观结构的演变进行了模拟研究。

A simulation study has been performed for the evolutions of microstructures in a liquid metal Ni sys-tem during solidification process under different cooling rates by means of molecular dynamics method and EAM model potential .

与普通TIG焊相比，涂敷活性剂的A-TIG可以明显降低焊接熔池液态金属的表面张力，改善熔池流动性能，增加焊缝熔深。

Contract to the conventional TIG welding , the surface tension of the A-TIG welding pool is greatly reduced and a deeper penetration was obtained due to the application of the activating fluxes .

利用液态金属表面张力仪测定了急冷Ni-Cr-B合金箔带在镍基高温合金上的润湿性。

The wettability of Ni Cr B alloy were investigated by use of surface tension instrument .

近日，BAE系统公司发布的一份概念视频展示了未来制造无人机的过程。在视频里，无人机从液态金属里“长”了出来，看起来就像从电影里走出的无人阻挡的终结者一样。

Evoking images from the liquid metal and nearly unstoppable Terminator from the movies , BAE Systems has posted concept video footage of a process to create drones of the future .

采用有限元法，用ANSYS软件计算并描述了水平式双辊铸轧铝薄带熔池内液态金属流动与传热的NS动量方程、能量方程及κε湍流双方程等。

By the finite element method , the N-S momentum , energy equations and turbulence κ - ε double equations et. which describe the fluid flow and heat transfer in the pool of the level twin-roll strip casting are computed through utilizing ANSYS software .