基材

扫描电镜（SEM）观察表明，反冲洗能够有效破坏附着在膜基材上的生物动态膜。

The scanning electron microscopy survey showed that backwashing could destroy effectively the biological dynamic membrane attached at the membrane base material .

产品以高品质的MDF作为基材，采用进口木纹波音软件。

The product by high quality MDF took the base material , uses import wood grain Boeing software .

具有薄膜、棉纸基材，适用于铭版、皮革及一般性双面贴合

Film , tissue backing . For splicing , holding in shoe and general purpose use .

引入平整度系数k，对薄膜／粘合剂／纺织品基材的最佳粘合条件进行了理论分析。

The best condition of the glueing is theoretically analyzed by the constant k.

铁质基材反光罩表面蒸镀Al反射膜的工艺研究

Technical Study on Vacuum Evaporation Plating Al Reflective Film on Fe Substrate Surface

不同配比护坡营养基材pH的动态变化研究

Studies on Dynamic Change of pH to Different Composition Ratio of Slope Nutrition Layer Materials

用X射线荧光光谱法测定玻璃基材上C+TiO2薄膜的组分和厚度

Determination of Composition and Thickness of C + TiO_2 Films by X-ray Fluorescence Spectroscopy Method

低能表面基材用UV固化胶粘剂的研制

Study on UV Cured Adhesive for the Low Energy Surface

挠性PI基材上镂空板用开窗口工艺研究

Research on Process of Crosshatching for Hollowing Board on PI Flexible Substrate

评估TiN薄膜与基材结合的划痕试验及有限元模拟

Scratching Test and Its Finite Element Simulation for Estimating Adhesion between TiN Film and Substrate

儒家文化对PCB基材发展战略的影响（1）

Effect about Culture of Confucianism in Strategic Development of PCB Substrate (ⅰ)

结果表明：在沉积过程中，随沉积时间增加时，基材表面C浓度增加，O浓度下降，但SiC过渡层的生长缓慢。

The results indicate that the C concentration on the surface increases with the deposition time while the O concentration decreases .

采用本方法，分别在PE纤维、丝织物、棉织物等多种基材上成功地涂覆不同特征单体的膜层。

Coating of different monomer film was deposited successfully on PE fibers , silk fabrics , cotton fabrics respectively .

采用热丝CVD法在多种基材上沉积金刚石薄膜

Diamond Films Deposited on Various Substrates by Means of Hot Filament Vapor Deposition

有机电解液中钛基材表面TiO2纳米管阵列生长机制的研究

Growth Mechanism of TiO_2 Nanotube Arrays on Titanium Substrate in Organic Electrolyte

稀土钇改性离子镀Ti（Y）N膜与A3钢基材界面的结构特性

Microstructure of interface between Y - modified ion plated ti ( y ) n coating and substrate steel A3

研究了水溶液介质中，以CO2激光作为诱导光源，在环氧树脂基材上沉积金属Ag的影响因素；

The process of metal Ag deposition on epoxy resin in aqueous solution was studied under CO 2 laser .

SBS基材接枝改性双极膜的制备及在电合成中的应用

Preparation of Modified BPM Using SBS as Starting Material and Its Application in Electro-synthesis Process

以钛酸丁酯制备涂膜溶液，采用旋转涂膜工艺，制得均匀透明，与基材结合牢固的TiO2光催化膜。

Uniform transparent TiO2 films were prepared by sol-gel process using spinning technique .

钛基材上制备TiO2纳米管阵列电极的电化学性能

Electrochemical properties of TiO_2 nanotube arrays prepared by anodic oxidation on titanium substrate

利用X射线衍射法进行涂层表面、结合界面、基材热影响区的Z轴方向残余应力分布测量。

The Z axis residual stress distribution in coating surface , interface and substrate heat affected zone was measured by X-ray diffraction method .

明胶/海藻酸钠作为基材制备pH值敏感型微胶囊，应用于包埋药物奥美拉唑，对改善其生物利用度，提高药效有很大的应用价值。

It was concluded that the gelatin / sodium alginate as a kind of backing material possesses a great application merit for the preparation of pH-sensitive microcapsule for omeprazole .

但聚合度的大小直接影响APP的水溶性、热稳定性及与基材的相容性。

Many properties of APP depend on the degree of polymerization , suchas solubility in water , thermal stability and compatibility with materials .

PWB设计制造工艺和基材对耐CAF影响的评估

Evaluating PWB Design , Manufacturing Process and Laminate Material Impacts on CAF Resistance

结果表明，基材热影响区没有发生明显的再结晶现象，证明Al-Mg-（Sc，Zr）合金具有很强的抗焊接热软化能力；

Results show that no obvious recrystallization in heat affect zone means alloy Al-Mg-Sc is of great resistant to soften behavior in HAZ .

本方法中使用的聚合物基材与生物分子表面所用的传统的SiO2或金基体相比，拥有更好的柔韧性和生物相容性，是更理想的材料。

Compared with the traditional matrix such as SiO2 or golden film , the polymer film provided with much better flexibility and biocompatibility .

研究发现，含金纳米粒子的复合膜对pH值的变化保持相对稳定，聚合物较难从基材上脱离。

It is found that the films with gold nanoparticles are stable when changing the pH values of the aqueous solution , and the polymers are difficult to be removed from the substrate .

以魔芋胶（KG）与大豆分离蛋白（SPI）作为基材，研究KG对SPI乳化性的影响。

The influences of konjac gum ( KG ), xanthan gum and guar gum on the emulsification of soybean protein isolate ( SPI ) were compared .

本装置采用转轮式结构，转轮的转轴与外壳之间填充有蜂窝状基材，基材上附着结构稳定且吸附量大的钙X分子筛吸附剂。

It is full of cellular material between the revolving shaft and shell of the rotating wheel . Ga-X molecular sieves with high adsorption capacity and stable structure are adhered to cellular material .

通过此方法可以在不耐温的基材上制备致密的高强度的和具有一定光致亲水性能的初步晶化的TiO2薄膜。

This method can be applied in the preparation of highly intensive , crudely crystalline and hydrophilic TiO 2 films on the temperature-nonresistance materials at low temperature .