基体

克服基体效应的影响是X辐射取样技术中的关键问题。

Overcoming matrix effect is a key problem in XRF .

SiC纤维增强复合材料基体裂纹偏移机理的有限元分析

Finite element analysis of matrix crack deflection mechanisms in fiber-reinforced composites

Ni基体磁控溅射离子镀Al膜的电镜观察

TEM observation of ion-plated Al film on Ni Substrate

微裂纹常在基体晶界和SiC颗粒界面处形成。

Microcracks often initiate on the grain boundaries and the interfaces .

通过组织分析认为，表面渗层耐磨性较高的主要原因是SiC颗粒对基体硬度的提高作用及本身作为高硬抗磨颗粒提高耐磨性的作用。

The causes of high wearability was SiC particle and surface layer .

结果表明，镁合金化学镀镍层的P含量为6.68%（质量分数），与基体结合良好。

The results showed that phosphorus content of electroless coating was 6.68 % wt , and the films ' adhesion resistance was good .

Si基体上双层Ti－O薄膜的XPS和AES分析研究

XPS and AES investigation of two-layer Ti-O film on silicon substrate

SEM分析显示，反应生成的颗粒细小，且在基体中弥散分布。

SEM analysis indicated that the particles forming were fine and distributed uniform in matrix .

建立了浸渍过程中树脂基体在纤维集合体内流动的统计力学模型。Resin方法进行纯化。

A statistical model is developed to study the flowing performance of resin fluid inside fibrous assemblies during the impregnation process .

着重研究了甲烷浓度、基体温度等工艺参数对热丝CVD法金刚石薄膜显微结构与性能的影响。

The methane concentration and the substrate temperature were studied .

在X射线衍射曲线上基体相及Si相衍射峰有一定程度宽化；

The diffraction peaks of the matrix and Si phase were broaden in a certain extent in the XRD diagram .

电化学聚合合成了聚吡咯膜，构建了以铂丝为基体的电位型聚吡咯（PPy）pH传感器。

A pH sensor was fabricated from polypyrrole ( PPy ) on Pt wire .

确定了合金组织中TiNi基体相、Nb相及在晶界形成的氧化物和碳化物的形变特点。

The deformation characteristics of the Ni-Ti matrix , Nb-rich phase , and oxides and carbides were determined .

采用抗菌母料及其复合物，用机械共混法制备以PVC为基体的纳米抗菌功能塑料。

PVC nano antibacterial functional plastics were prepared by means of mechanically mixing with antibacterial masterbatches and their combinations .

铜及黄铜基体上化学镀Ni-P合金诱发过程的研究

Study on Inducing Process of Electroless Ni-P Alloy Plating on Braze and Brass Substrates

研究采用以硼氢化钠为还原剂的化学镀镍溶液，在电子陶瓷基体上镀覆了Ni－B合金镀层。

A Ni B alloy coating bas been plated on electronic ceramic body in chemical nickel plating solution by use of natrium borohydride as a reducer .

用普通PET纤维作为基体，在其表面镀上一层聚丙烯腈，再在聚丙烯腈上镀复导电的Cu2S，制得具有与普通PET纤维基本相同物理性能的导电纤维。

Using general PET fiber as basic material , coated with ployacrylonitrile at first and then the electric conductive Cu2S .

通过酸溶解试验、基体共存元素干扰实验等，建立了ICP-AES测定镍基焊料中高含量磷的分析方法。

A method was established for determination of main phosphorus in nickel matrix solder by ICP-AES .

用混合基体改进剂石墨炉AAS测定矿石中的锗

Determination of Germanium in Geological Samples by Graphite Furnace AAS Using Mixed Matrix Modifier

结果表明，颗粒密度越大则界面附近CU基体和铁颗粒的残余应力越大，并且在X方向FE颗粒处于压缩，CU基体主要处于拉伸状态；

The results show that the residual stress of Cu matrix and Fe article near interface is increased with the increase of the Fe particle density .

用光学显微镜及透射电镜（TEM）观察复合材料及其基体合金的微观组织，用硬度测试及差示扫描量热仪研究Mullite/ZL101复合材料及其基体合金的时效特性。

The ageing characteristics of the composite and its matrix alloy were examined by HB and Differential Scanning Calorimeter ( DSC ) .

适用于室温RTM工艺的氰酸酯树脂基体的研究

Research of a cyanate ester resin matrix suitable for ambient temperature RTM process

TiN的加入使Al2O3-TiC基体材料的断裂韧性有所增加；

The addition of TiN increased the fracture toughness of Al2O3-TiC matrix material .

扫描电子显微镜表明，CNTs在紫外光辐照ABS基体中均匀分布。

CNTs are dispersed homogeneously in the UV irradiated ABS matrix as confirmed by the observation under scanning electron microscope .

研究发现，PMMA/SiO2杂化材料能诱导PP基体中β晶型的生成，并使PP球晶细化。

The results show that PMMA / SiO 2 hybrid quasi-gel can induce PP to form β crystal and minimize the spherulite size in PP.

研究了不同含量稀土钇对离子镀TiN膜与基体结合力的影响。

The effect of different element contents of rare earth element Y on the binding force between ion plating TiN coating and substrate was studied .

Ni-Cr合金与金刚石和钢基体界面微区的分析研究

Micro-analysis of Interface between Ni-Cr Alloy and Diamond

PACS-1在单纯疱疹病毒I型糖蛋白B定位于分泌高尔基体网络中的作用

The Role of PACS-1 in trans-Golgi Network Localization of Herpes Simplex Virus 1 Glycoprotein B

并对金刚石车削技术加工红外成像光学系统中折射／衍射混合（hybrid）光学透镜进行了原理性实验，加工了用于中波红外3-5μm波段非球面锗基体折射／衍射混合透镜。

A conceptual experiment is carried out on machining hybrid optical lens used in Infrared imaging optics with diamond cutting technique , the lens is a medium wave IR 3-5 u m aspheric element .

用SEM和TEM观察了材料的显微结构，指出弯曲强度增加是由于荷载从基体转移到晶须。

The microstructure examined by SEM and TEM indicates that the increase in bending strength is found to be dependent on the load shift from matrix to the whisker .