材料表面

等离子体浸没离子注入（P）技术在现代材料表面改性中的应用及发展

Development and Application for Plasma Ion Implant Technique in Modern Material Surface Treatments

木质材料表面对CO2激光的反射率研究

Study on the reflectivity of ligneous material 's surface to CO_2 laser

Cf/SiC复合材料表面沉积铱膜层工艺研究

Research on the Deposition of Ir Films on C_f / SiC Composites

Gr／Al复合材料表面镀覆双层金属黑色钝化膜的工艺研究

Study of double layer passivation black coating on Gr / 6061Al composite surface

用SEM、XRD等分析了在不同温度条件下材料表面腐蚀产物膜的形貌以及对腐蚀速率和腐蚀形态的影响。

Morphologies of scales and their effects on corrosion rate and corrosion shape were analyzed by SEM and XRD .

二是研究不同形貌的ZnO材料表面的浸润性。

For the second part , the surface wettability of the zinc oxide materials with different morphologies were researched .

使用傅立叶变换红外光谱（FT-IR）、X射线光电子能谱（XPS），证明了肝素化后的材料表面化学成分的变化。

Fourier transform infrared spectroscopy and X-ray Photoelectron Spectroscopy were used to illustrate the composition changes of PLGA .

纳米La（0.8）Sr（0.2）FeO3和ZnO材料表面电子结构研究

Studies on Surface Electronic Structure of nano-La_ ( 0.8 ) Sr_ ( 0.2 ) FeO_3 and nano-ZnO

用化学气相沉积法（CVD）在碳/碳复合材料表面沉积TiC涂层。

The TiC coating on the surface of carbon / carbon composites was prepared by CVD method .

利用EPMA和XRD的分析方法，研究了Si＿3N＿4－Al＿2O＿3－ZrO＿2系陶瓷材料表面氧化层组成。

The composition of surface oxidation layer Of Si_3N_4-Al_2O_3-ZrO_2 ceramics has been investi-gated with EPMA and XRD .

影响镁碳耐火材料表面MgO致密层形成的因素含炭耐火材料表面防氧化涂料的试制

Effect of some major factors on the formation of MgO densed layer formed on the surface of magnesia-carbon refractories

用SEM、TEM观察了复合材料表面抛光组织、断口形貌、裂纹扩展和微观结构。研究了ZrO2含量对复合材料的力学性能的影响。

Surface polished structure , fracture morphology , crack propagation and substructure of the composites were observed with SEM and TEM .

通过紫外改性成功地在材料表面接枝了PEG和肝素，很好地改善了材料的生物相容性。

This experiment has succeeded in grafting PEG and Heparin to the surface of PET material , of which the biocompatibility is improved .

结果XPS检测结果表明，实验组及对照组材料表面均已结合硫元素，两者含有硫元素含量分别为1.50%及0.09%；

Results The contents of sulphur element on the surfaces of coupled composition and entrapped composition were 1.5 % and 0.09 % respectively .

PEG嵌段在共聚物中的含量越高，材料表面接触角越小，黏附的细菌越少。

With increasing the content of PEG in block copolymer , the surface contact angle and the adhered bacteria on surfaces of polymers decreased .

XPS分析发现钢对偶面上的Fe向玻纤，碳纤复合材料表面发生转移，并生成Fe2O3。

Fe on the steel counterface is transfered to the surface of composites , and Fe is turned into Fe 2O 3 .

对粗化后的环氧树脂封装材料表面进行了SEM形貌分析、表面粗糙度及表征亲水性的接触角的计算。

Thus the morphology of the epoxy resin packaging material after coarsening pretreatment was observed using a scanning electron microscope , while its surface roughness and water contact angle were measured .

采用在高体分碳化硅增强铝基复合材料表面化学沉积NiP合金镀层的方法来改善焊接性能。

The solderability of SiC p / Al composite materials is improved by electroless Ni-P alloy plating on its surface .

介绍了材料表面应力状态的X射线测量方法，研究了低碳钢交叉焊缝残余应力状态及其热松弛行为。

The method to measure the stress state on surface of material was introduced , and the state as well as the thermal relaxation behavior of residual stress for cross weld of low carbon steel was investigated .

结果表明：MgO致密层在与熔融金属接触部分的耐火材料表面上形成，而在与熔渣接触的表面上不能形成；

The results showed that the MgO dense layer was formed on the refractories surface contacted with molten metal , but could not be formed on the refractories surface contacted with molten slag .

这套基于SPR技术的系统，可以原位、实时、非标记的表征蛋白质在生物材料表面的动态吸附行为。

This system which base on SPR technology can monitor the kinetic behavior of the protein adsorption onto the biomaterial surfaces in situ , in real-time and without labelling .

介质阻挡放电（DBD）用于绝缘材料表面改性是当前等离子体和材料改性领域的热点研究问题之一。

The use of dielectric barrier discharge ( DBD ) for surface modification of insulating materials is the main research topics in the field of plasma and material modification .

借助标准液体在材料表面的平衡接触角，测定了不同碳相组成DLC的表面能量参数。

Surface energy parameters of DLC samples were calculated by determining balanced contact angle of ethanol , water and different ratio of ethanol / water solution on surfaces of the samples .

双向反射分布函数（BRDF）有效地描述了材料表面的空间反射特性和光谱特性。

The spatial reflected characteristic and spectral characteristic from optical material surfaces were effectively described by the BRDF ( Bi - directional Reflectance Distribution Function ) .

结果冻干骨和聚羟基乙酸聚乳酸共聚物（PLGA）材料表面细胞均有粘附增殖及基质分泌，但后者明显优于前者。

Results The cartilage cell can adhere and generate on the surface of both materials with interstitial substance secretion , which one on the PLGA chaff better than the other one obviously .

另外，考察抗静电剂的耐水洗性能表明，抗静电剂在PP材料表面的耐水洗性能高于PE材料的；抗静电剂中PO链段增加使抗静电剂耐水洗性能明显提高。

In addition , the ability of washing-resistance of antistatic agent in PP material is better than on PE material , and the ability of washing-resistance is markedly improved with increase of PO chain length in the antistatic agent molecule .

材料表面的硅酸凝胶层及其硅羟基团的形成对碳酸羟基磷灰石（HCA）微晶的成核有重要作用。

The silicic acid gelatin and the formation of Si hydroxy group on the materials ' surface had an important effect on nucleation and amount of HCA .

LSAW屏蔽入射激光，同时发射易被材料表面吸收的短波长辐射。

LSAW screens the incident laser beam . At the same time , it emits short-wavelength radiation which is efficiently absorbed by the material surface .

研究了在环氧树脂塑料封装材料表面制备导电聚吡咯（PPy）薄膜的化学聚合方法，分析了影响聚吡咯薄膜微观形貌、附着力及电导率的因素。

Polypyrrole film was prepared on the surface of epoxy resin plastic electronic packaging materials by chemical polymerization method . Effect factors of micro-morphology , adhesion and conductivity of polypyrrole film were analyzed .

Ti-O薄膜具有良好的血液相容性和潜在的表面内皮细胞化能力，具有应用于与血液相接触的生物医用材料表面改性的潜力。

Due to the remarkable hemocompatibility and potential advantages of endothelial cells ( ECs ) adherence behavior , Ti-0 films are widely applied in surface modification of biomaterials .