相界面

PAFC空气电极催化层相界面结构分析

An Analysis of Interface Structure of PAFC Air Electrodes

Cu-Ag合金中析出相界面结构及其对合金性能的影响

Interface structure between Ag precipitates and Cu matrix and its effect on the properties of the Cu-Ag alloy

P区的η相界面的界面能进行了计算。

Way to Equality P zone were calculated .

CuZnAl贝氏体及贝氏体／母相界面的精细结构

Fine Structure of Bainite and Bainitic Interphase Boundary in a Cu-Zn-Al Alloy

Ti（C，N）／Ni相界面没有固定的取向关系；

Ti ( C , N ) / Ni phase interface has no constant orientation relationship .

Ti（C，N）基金属陶瓷相界面结构及掺杂效应的研究

Investigation of Interfacial Structure and Doping Effect of Ti ( C , N ) - based Cermet

脆性塑料改性PVC体系中相界面的作用

Role of phase interface in modificating PVC with brittle plastics

铸造SiC／钢基复合材料中粒子的分解及相界面的结合特点

Particles Decompose and the Feature of Bond Interface in Cast SiC / steel Composites

Si3N4/BN（f）复合材料的相界面

Interfaces in Si_3N_4 / BN_ ( f ) Composite

玻璃料对复合PTC材料相界面及电性能的影响

Effect of glass on phase interface and electrical properties of PTC composite

而且，蓄热时间和相界面推移速度均随St呈单调函数规律发展。

In addition , the thermal storage time and the lapse rate of phase interface vary monotonically with Stefan number .

探讨辐射增强界面反应时PP／PE不相容共混物体系相界面粘接的影响。

The influence of radiation to enhance the interfacial reaction on the interfacial adhesion of PP / PE incompatible polymer blend was studied by SEM ;

研究表明通过拉伸相界面分离致孔技术可以制得PAN／PU中空纤维膜。

The study showed that the PAN / PU hollow fiber membranes were successfully fabricated the technic of draw-interfacial phase separate micro-void .

Al-Mg-Si合金GP区及β相界面电子结构分析

Analysis of Interface Electron Structures of GP Zones and β Phase in Al-Mg-Si Alloy

动态硫化增加了共混物中NR与HDPE相界面间的结合力。

The combination Power of phase surface between NR and HDPE in blends can be enhanced by dynamic Vulcanization .

两亲性TS-1沸石的制备及其相界面催化反应性能的研究

Preparation of Amphiphilic TS-1 Zeolites and Their Phase-boundary Catalysis

分析结果指出，Mg含量从金属液层/气相界面经液固两相区至原始电极区即随距金属液层/气相界面距离δ1增加而增加。

The Mg content increased gradually with the increase of distance from the metal film / atmosphere interface via liquid / solid binary phase zone to the unmelted electrode .

室温下，稀土元素在WC/γ相和（Ti，W）C/γ相界面处富集；

Rare earth elements are richly aggregated on the interface of WC / γ, phases and ( Ti , W ) C / γ phases at room temperature .

采用Lewis槽对W/O乳状液与料液相界面间传质阻力的测定

Measurement of the Mass Transfer Resistance between W / O emulsion and External Phase in Liquid Surfactant Membranes with an Improved Lewis Cell

通过SiC颗粒增强Al基复合材料与Al合金的液相界面扩散（LID）连接试验，重点研究了连接接头区域的微观组织，并简要分析了接头中各元素的浓度分布情况。

Microstructure of LID bonding area and concentration profile of the bonds are studied through the LID bonding tests of SiC particle reinforced Al based composite and aluminium alloy .

由于Si、P等原子的相互扩散、渗透，在两个相界面上发生了Lowis弱酸碱反应。

Due to diffusion and permeation of atoms , Si , P etc. Lowis weak acid-alkal reaction occurs on the two-phase interface .

采用扫描电镜－电子能谱和扫描电镜－X射线波谱技术，通过检测胶粉－基质胶相界面间的硫浓度来表征两相界面过渡层的交联结构特征。

The crosslinking structure of the boundary layer of WRP compounds was characterized by determing the concentration of sulfur of the boundary layer by scanning electron microscope , electron energy spectrum and X-ray wave spectrum .

通过测试，发现PP接枝物的加入提高了带材的弯曲强度，表明PP-g-MAH提高了相界面的作用力。

It is found that because of adding PPg-MAH , the blending strength of tapes is enhanced and the interface compatibility is improved .

PP／CaCO3复合体系的冲击韧性的好坏主要取决于CaCO3和PP之间所形成的相界面的性质及PP基体本身的性质，混炼条件的影响是有限的。

The impact strength of the system is mainly decided by the properties of PP matrix and interfaces formed between CaCO 3 and PP , the effect of process conditions is limited .

试验结果表明，热冲击疲劳裂纹的萌生与WC／Co相界面微孔洞的形核、长大和连通有关。

Results have shown that the formative mechanism of the crack is related to the nucleation , growth and join of microvoids distributed at the interfaces of WC / Co phases .

Ti（AlMn）金属间化合物中的α2－γ相界面的缺陷

The defects on α _2 - γ interfaces in the ti ( almn ) intermetallic compound

连接层中的Cu元素与连接的Ti合金相互扩散，形成Cu-Ti相界面扩散带。

The inter-diffusion between the Cu element in the interlayer and the Ti element in Ti-alloy results into the formation of interfacial Cu-Ti phase diffusion layers .

利用递归法计算了杂质Cd、Pb、Sn元素固溶于晶粒内，处于固体/熔体相界面及其在α相晶界处的环境敏感镶嵌能。

The environment-sensitive embedding energy ( ESE ) of impurity atom ( Cd , Pb , Sn ) inside grain , at grain boundary and solid-liquid interface was calculated by recursion method .

由于增容剂在相界面与PVC和HDPE所产生的作用改变了界面分子的作用形式，使体系中PVC和HDPE相的内耗峰内移。

The compatibilizers , which distrubuted on the phase surface , changed the effect forms of the molecules between two phases and made the tg δ peaks move forword each other .

通过扫描电镜（SEM）分析了MAH／St／DCP用量及PA6含量对共混物的亚微形态、相界面的影响；

And the effects of contents of MAH / St / DCP and PA6 on the microstructure and phase interfaces were analyzed based on SEM of the sections .