三元相图

运用Au-Sn-Ni和Au-Sn-Cr三元相图预测了Ni和Cr作为金刚石热沉金属化体系Ti/Ni/SnAu和Ti/Cr/SnAu的阻挡层的可行性。

The feasibility of Ni and Cr as barrier layers of metallization systems , Ti / Ni / SnAu and Ti / Cr / SnAu respectively , were forecasted by studying the Au-Sn-Ni and Au-Sn-Cr ternary phase diagrams .

绘制伪三元相图制备卵磷脂液晶的研究

Pseudo - ternary phase diagrams of lecithin liquid crystal

发现所生成的接枝物溶于橡胶相，使橡胶总含量和R相体积增加。因此对以前由模拟体系求得的三元相图作了改进。

It was found that the grafts produced during the polymerization are simply to increase the total rubber content of the system and R phase volume .

TPD软件绘制水盐体系三元相图

The Plotting Ternary Phase Diagram of Salt Solution by TPD Software

本文采用由纯金属组成的和由稀土与CoNi合金组成的两类扩散偶，辅以电子探针、金相、SEM等手段测定了YCoNi三元相图1000℃恒温截面上的相关系。

The isothermal section of Y-Co-Ni ternary system at 1000 ℃ was determined by diffusion couple and electron microprobe techniques , supplemented by optical microscopy , scanning electron microscopy .

目的：绘制伪三元相图，对不同纯度卵磷脂及卵磷脂与无水乙醇以不同比例Km形成的液晶区域进行研究。

Objective : To construct pseudo-ternary phase diagrams of liquid crystal ( LC ) with lecithin of various purity and various ratio of lecithin to alcohol ( Km ) .

通过滴定作出TX&100/正己醇/正辛烷/水的部分拟三元相图，在W/O型微乳液的纳米反应器中合成了纳米Gd2O3：Tb~（3+）荧光粉，结构表征证实其为立方氧化钆。

( 1 ) Gd_2O_3 : Tb ~ ( 3 + ) luminescent nanoparticles were prepared in the reverse microemulsions based on triton X-100 / n-hexyl alcohol , n-octane , and water .

用本工作改进的Marquardt法，计算求解了PES／DMAc／H2O体系的浊点线和旋节线方程，绘制了三元相图。

By means of the Marquardt algorithm improved by ourselves , the binodal curve and the spinodal curve of phase diagram for PES / DMAc / H2O system were obtained .

低压下C-H-O三元相图中金刚石生长区的边界探讨

A Study on the Boundaries of Diamond Growth Region Under Activated Low Pressure Conditions

4种不同的Lewis酸存在下，对聚醚酮砜（PEKS）铸膜溶液进行了浊点滴定，制得了相应的三元相图。

The phase diagrams of PEKS / DMSO / H2O ternary membrane forming system with four different Lewis acids have been investigated .

并在此基础上，成功地预测了Fe-Zr-B三元相图，计算出该体系的液相线，获得了三元相图上的共晶成分点。

On the basic of it , we have predicted the Fe-Zr-B ternary phase diagram and calculated its liquid line , then we acquired the eutectic components .

通过C与Au-Ti合金的扩散偶实验，结合Au-Ti-C三元相图，总结了Au-Ti-C三元系在高温条件下各相组成变化、中间相形成和消长规律。

According to the experiment of Au-Ti diffusing couple and Au-Ti-C ternary phase diagram , the transformation of phase composition and phase growth and decay of Au-Ti-C ternary system at high temperature were studied .

根据镓合金低熔点的特性，利用组合二元相图法模拟了Ga-Ag-Sn三元相图，由此确定了Ga-Ag-Sn液态合金的合理配料区间。

According to the low melting point characteristic of gallium alloy , the Ga-Ag-Sn liquid state alloy reasonable ingredient sector was determined by means of dual phase diagram method .

结果表明：弱还原性气氛下，运用CaO-SiO2-Al2O3三元相图预报煤灰熔点比实验值高是因为忽略了煤灰中其它杂质矿物质组分；

It is shown that the values predicted by the CaO-SiO2-Al2O3 ternary phasic chat are higher than the experimental datum as the other mineral components are ignored under weak deoxidation atmosphere .

本文报告了有关氧化钙在CaO-CaF2-SiO2系渣中溶解度的研究。结果表明：现有的CaO-CaF2-SiO2三元相图所标出的氧化钙在1300℃时的溶解度高于实验室实测值。

The present paper reported the results of the experimental study for the lime dissolution in the slags of CaO-CaF_2-SiO_2 System The result shows that there are some disagreements between the phase diagram of CaO-CaF_2-SiO_2 system and the investigated value .

结果表明，高温下煤中矿物质在弱还原气氛中的变化基本与CaO-SiO2-Al2O3三元相图相符，矿物质的变化主要由钙质硅铝酸盐控制。

It is found that the phase composition and reactions of mineral matters are basically consistent with ternary phase diagram of CaO-SiO_2-Al_2O_3.The system of mineral matters is mainly dominated by the change of Ca-aluminosilicates .

对接头进行了能谱分析，结合Fe-Cr-Ti三元相图发现，钛合金与不锈钢之间的反应区内依次形成了σ、Fe2Ti、FeTi和β-Ti层。

The joint was analyzed by EDS and the ternary phase diagram for Fe-Cr-Ti . The results indicated the presence of σ, Fe_2Ti , FeTi and β - Ti in the reaction zone between stainless steel and titanium alloy .

数值模拟了C-H-O和C-H-N体系的气相化学，构建了含氧和含氮气源化学气相沉积金刚石膜的三元相图，探讨了加氧和加氮影响金刚石膜生长的途径。

Gas phase chemistry in C-H-O and C-H-N systems was simulated . Phase diagrams for chemical vapor deposition diamond films with oxygen-containing and nitrogen-containing feed gases were successfully constructed . The influences of oxygen and nitrogen addition on diamond growth were also discussed .

聚合物－溶剂－非溶剂三元相图的计算

Calculation of a Ternary Phase Diagram for the Nonsolvent-Solvent-Polymer System

药用微乳伪三元相图的几种制备方法比较研究

Comparison among Several Preparation Methods for Pseudo-ternary Phase Diagrams of Pharmaceutical Microemulsions

汽油微乳液拟三元相图及电导率研究

Study of phase behavior and electric conductivity of gasoline microemulsion

柴油微乳液拟三元相图的研究

Study of the Phase Diagrams of Pseudo-ternary Water-in-Diesel Oil Microemulsion

三元相图绘制编程与应用

Program design and its application for drawing ternary phase diagram

氘-氚燃料芯块低温三元相图的建立

Establishment of cryogenic ternary phase diagram for deuterium-tritium fuel core

三元相图中特殊点的冷却析晶过程

Cooling Crystallization of Special Points in Ternary Phase Diagram

三元相图在配煤结渣特性研究中的应用

Application of three-element phase diagram in study on slagging behavior of blended coal

利用伪三元相图法制备10%咪鲜胺微乳剂

Pseudo-ternary Phase Diagrams of Microemulsion of 10 % Prochloraz

三元相图的数学分析及其应用

Mathematical analysis and application of ternary phase diagram

油酸/氨水-醇-汽油-水微乳体系拟三元相图的分析

Analysis on the phase diagrams of pseudo-tricomponent of oleic acid / ammonia-gasoline-alcohol-water microemulsion system

如何分析复杂三元相图

How to Analyze the Complex Ternary Phase Diagram