Interphase Analysis of Adhesion Bonded Aluminum Sheet/polypropylene and Maleic Anhydride Grafted Polypropylene by XPS;
PP/PP-g-MAH与铝板粘接界面相的XPS研究
First,the effective self-consistent method was used to determine effective stresses in nano-particle and interphase by considering the interaction between nano-particle and its interphase.
针对纳米陶瓷的界面现象,在三相模型基础上,考虑纳米晶粒与界面相的相互作用,将其改进为复合材料刚度预报的四相模型法,根据有效自恰方法推导出纳米晶粒与界面相内的有效应力,进而得到柔度增量的隐性表达式,再利用相互作用直推法,得到纳米陶瓷材料的柔度增量的显性形式,它具有:1)简单的解析形式:2)适合任何形状的纳米晶粒;3)适合各向同性和各向异性纳米晶粒:4)将复合材料的弹性性能与纳米晶粒尺寸联系起来。
Atomic force microscopy(AFM) in the force modulation mode was adopted to study the cross-section surface of unidirectional CF/PAA composites and the relative stiffness of various phases,including CF,interphase and resin.
采用原子力显微镜(AFM)以力调制模式对CF/PAA复合材料横截面进行表面形貌和硬度分布研究,通过对硬度图像进行统计学分析得到纤维、界面相、基体相硬度分布直方图和线分布图,对不同涂层、同种涂层不同浓度改性后的复合材料界面相特性进行了比较和研究。
A Study on the Interface Phase of Chrysotile Asbestos Fibers;
纤蛇纹石石棉纤维的界面相研究
While we were analyzing the proposed theory about the crystal growth,we doubted that the interface phase existed in the process of crystal growth.
在分析前人的晶体生长理论时 ,作者认为晶体生长过程中可能存在界面相 ;在分析各种晶体生长现象后认为 ,晶体生长过程中界面相是存在的 ,并起着十分重要的作用 ;通过分析研究 ,将晶体生长过程中的界面相划分为 3个有机的组成部分 :界面层、吸附层和过渡层 ;并进一步论述了界面层、吸附层和过渡层在晶体生长过程中的地位与作用 ;在此基础上提出了界面相模型。
The concept of interface phase was proposed in this paper with emphasis on its potential applications based on the separation of interface phase and the bulk phase.
提出了界面相的概念及利用界面相与主体相分离以实现溶质分离的设想;建立了测定界面相体积及组分在界面相与主体相之间分配比的实验方法,以葡萄糖为示踪剂,测定了Cu（Ⅱ）的分配比,考察了操作条件对界面相特性的影响。
A study on interfacial phase of Ti-Si-N composite films;
Ti-Si-N复合膜的界面相研究
The results show thatthe type of interfacial adhesion between chemically Vapor--deposited diamond film and cobalt cementedtungsten carbide insert is primarily mechanical interlocking, and the interfacial phase, except graphite carbon, is small cobalt parti.
结果表明CVD金刚石膜与硬质合金刀片的界面结合类型主要是机械结合；界面相除了石墨碳外，局部区域还可观察到Co粒子。
The interfacial reaction and the formation of interfacial phases were studied by using of TEM,SEM,EDS and XRD methods.
研究结果表明:SiC/Ti复合材料界面发生了反应扩散,反应元素C,Ti,Si在界面反应层中出现浓度波动;界面反应产物被确认为是Ti3SiC2,TiC和Ti5Si3,在靠近SiC侧出现Ti3SiC2和Ti5Si3单相区,靠近Ti基体侧为Ti5Si3单相区,中间为TiC+Ti5Si3双相区;SiC/Ti复合材料界面相序列为SiC┃Ti3SiC2┃Ti5Si3┃TiC+Ti5Si3┃Ti5Si3┃Ti。
The valence electron structures of the biphase interfaces with V,Nb,Mo in α2 alloy were calculated with the empirical electron theory of solids and molecules and the improved Thomas-Fermi-Dirac theory.
利用合金相界面价电子结构信息-界面结合因子,即异相界面共价电子密度ρ、共价电子密度差Δρ,使界面电子密度保持连续的原子状态组数σ,分析了单相α2合金与多相α2合金相界面的价电子结构。
The calculation model and method calculating the valence electron structures of biphase interface α2/γ of the lamellar structure in two-phase TiAl-alloy are advanced on the basis of the empirical electron theory of solids and molecules(EET) and the improved Thomas-Fermi-Dirac theory(TFD).
基于余氏固体与分子经验电子理论(EET)和程氏改进的 TFD 理论提出了计算双相 TiAl 合金层片状结构α2/γ界面电子结构的计算模型与方法,计算了含常用合金元素的单相 TiAl 合金与双相 TiAl 合金中的异相界面的电子结构,利用界面电子结构给出的信息?界面结合因子ρ, ?ρ, σ,以合金元素 Mn 为例初步分析讨论了双相 TiAl 合金层片状结构增加韧性的微观机制。
The vapor-liquid contact and interfacial area on the valve tray were investigated on the basis of the mechanism of bubble deformation and breakage in the turbulent liquid.
研究了浮阀塔板上的气液接触状况以及相界面积。
A study of mass transfer induced by ultrasonic gas cavities evolving from phase interface;
超声空化泡相界面逸出时相间传质的研究
Study on Controlling Phase Interface Technology in Producing Hollow Ingot Continuously by Non-sleeve Method;
无芯法连续生产空心钢锭过程中相界面控制技术初步研究
Mass transfer induced by coalescence and slip of ultrasonic cavitation bubbles at phase interface
相界面上超声空化气泡聚并、滑移促进的传质
Preparation of Compatibilizer and Interfacial Compatibility of HDPE/wood Flour Composites;
HDPE/木粉复合材料界面相容剂的制备与界面相容性
Numerical simulation of shock impact on material interface
激波与物质界面相互作用的数值模拟
AN INVERSE TECHNIQUE TO CALCULATE THE ELASTIC PROPERTIES OF INTERPHASE OF CEMENT MORTAR
水泥砂浆界面相弹性常数的反演计算
Study on the interface interaction of silica/NR composite
白炭黑/NR复合材料界面相互作用研究
Study on Interaction Mechanism of Correlative Phases at Cement/Formation Interface
固井二界面关联相相互作用机理研究
Flow pattern and gas-liquid interfacial area in a microchannel contactor
微通道气液两相流型及界面面积测定
The waters of the earth's surface as distinguished from those of the lithosphere and the atmosphere.
水界地球表面的水，与陆界和大气层相区别
Investigation of Phase Equilibria and Interfacial Properties for Supercritical Carbon Dioxide Mixture
超临界二氧化碳体系的相平衡和界面性质研究
Transition Zone (Phase) on the Interface of TiB_2、TiC in Aluminum Alloys;
铝合金中TiB_2、TiC界面过渡区（相）的研究
The Interfacial Solid State Reactions of the SiC/Ti-Al Systems;
SiC/Ti-Al界面固相反应的研究
Research on the Growth Interface Characteristic and Phase Transformation Mechanism of YBCO;
YBCO生长界面特性及相转化机理研究
Solvent Effect of Molecular Spectra in Bulk Solution and at Liquid/Liquid Interface;
均相和液/液界面分子光谱的溶剂效应
Structure and Performance of the Drawn Ni-coating Steel Strip Surface and Interface Section;
覆镍深冲钢带表界面结构和相关性能
INVESTIGATION TO BIMATERIALS INTERFACE CRACK WITH INCLUSTION;
含夹杂两相材料界面裂纹问题的研究
Interfacial Solid State Reactions of the SiC/Ni-Al Systems;
SiC/Ni-Al界面固相反应的研究
An Empirical Study of Relativity of Interface Management and Enterprise Performance;
界面管理与企业绩效相关性实证研究
Similar solution to one-dimensional crystal growth question of the straight interface;
平直界面一维晶体生长问题的相似解
The Bonds of Interrelationships--A Study on Interface Management in Network Organizations;
相互关系的粘合剂——网络组织界面管理