考察了它们的溶液性质和固体表面性质。
The solution properties and solid surface characteristics of block copolymers were examined.
研究了不同外加剂对陶瓷釉面表面性质的影响。
This paper studies the influence of different admixtures on the properties of the surface of the ceramic glaze.
贮氢合金的表面性质对于它的电化学应用极为重要。
The surface property of hydrogen storage alloy is very important for its electrochemical application.
在吸附过程中，细菌的表面性质起了至关重要的作用。
During the attachment process, surface properties of bacteria played a vital role.
利用程序升温色谱法研究了氯化镁水合物固体表面性质。
Solid Surface Characters of Magnesium Chooride Hydrate have been studied by Using temperature programmed chromatography.
采用反相气相色谱技术测定了聚丁二烯橡胶的表面性质。
Inverse gas chromatography was applied to the characterization of the surface properties of polybutadiene rubber (PBR).
贮氢合金的表面性质对于合金的电化学应用是极为重要的。
The surface property of hydrogen storage alloy is very important for its electrochemical applications.
探讨了电极材料的结构及表面性质对其电化学性能的影响。
The relationship between the structure and surface properties of electrode materials and its electrochemical performance was studied.
熔体的表面性质、界面性质是研究熔体界面动力学的基础。
The surface and interphase properties of molten liquid is the base of researching the interphase dynamics of molten liquid.
运用低温N2吸附、XPS表征活性炭孔结构和表面性质。
These four carbons were characterized by using N2 adsorption and XPS.
本文介绍了用于研究催化剂表面性质的多功能色谱测试装置。
This paper introduce a several USES chromatography apparatus applied to study the surface character of catalysts.
详细介绍了用于研究催化剂表面性质的综合测试装置和操作时的条件。
A multifunctional apparatus was used to study the surface properties of catalysts.
另外，材料的表面形貌、晶体结构等表面性质也会影响其活性化能力。
In addition, the surface morphology and crystal structure also affect the films functional groups bioactivity.
结论：麦饭石的应用与它的表面性质有关且与它的毛细管凝聚作用相关联。
Conclusion The Maifanshi adsorption is concerned with specific surface and capillary tube coacervation.
表面张力是液体表面性质的重要参数，测量熔体表面张力有着重要的意义。
The surface tension is an important parameter of liquid surface characteristics, so the measurement of surface tension of molten liquid is important.
重点讨论了热喷雾化工艺参数对热喷铜锌粉末的粒度与颗粒表面性质的影响；
The TA parameters that influenced the particle's size and the powder's surface properties were emphatically discussed.
目的研究口腔健康的成年人和龋病患者唾液中乳杆菌的发酵类群和表面性质。
Objective To study the metabolic groups and surface properties of Lactobacilli from healthy and cariogenic saliva.
分析了我国铝土矿中一水硬铝石和铝硅酸盐脉石矿物的晶体结构与表面性质。
The crystal structure, wettability and floatability of diaspore and other gangues like kaolite, illite and pyrophyllite were discussed.
本文研究探测平面的互强度与散射表面性质的关系，最后就其结果进行了讨论。
This paper researched the relation between probe plane mutual intensity and scattering surface. Finally, the results are well discussed.
等离子处理也能改变其它材料的表面化学(表面性质)，如硅、不锈钢及玻璃。
Plasma treatment can also change the surface chemistry (and thus surface properties) of other materials, such as silicon, stainless steel, and glass.
红外光谱分析表明偶联剂在粉体表面产生了有效吸附，改变了填料的表面性质。
By analysing of IR spectrum absorption occurs on the surface of the powders and surface property of filler is changed.
本文研究了三种表面性质不同的二氧化硅填料与二甲基硅橡胶在热老化时的作用。
The heat ageing interaction of silicone rubber with three of fumed silica having different surface property was studied.
本研究从化学组分、纤维形态和表面性质三方面分析比较了麦秆纤维与木材纤维。
A analysis was focused on the chemical composition, morphology and surface characterization of both wheat straw fiber and wood fiber.
利用SEM、XPS及浮选试验考察磨矿介质对方铅矿表面性质和浮选行为的影响。
The effects of grinding media on surface properties and flotation performance of galena are investigated by means of SEM, XPS and flotation experiment.
通过X射线光电子能谱分析和接触角测定，研究了处理前后泡沫橡胶表面性质的变化。
The property changes of foam rubber surface before and after the treatment were studied by XPS and contact Angle measurement.
分析粉石英、斜绿泥石的晶体结构和表面性质以及油酸作阴离子捕收剂时的溶液化学。
Furthermore, the crystal structure, surface characters of quartz and clinochlore, and the solution chemistry of oleic acid as the anionic collector were analyzed.
研究离子注入非晶合金、化合物形成、细化晶粒；离子注入改变金属表面性质的作用。
The effects of ion implantation on the formations of amorphous alloys and compounds, grain refinement and surface modification are described as the results of such studies.
土壤粘附强度主要由毛细管作用力和界面水膜粘滞力构成，固体表面性质对其产生影响。
The soil adhesive strength is mainly composed of capillary pressure and viscous resistance of the water film, which are affected by the nature of solid surface.
当白色光照射在不同的物体上时，由于物体表面性质不同，对光的吸收和反射也就不同了。
When the white light exposure at different objects, because objects with different surface properties, light absorption and reflection also different.
将由此而来的混合亚微粒的组分和表面性质与不含铁氧体的PLGA亚微粒进行了对比研究。
Composition and surface properties of obtained composite sub-micron particles have been studied in comparison with those of ferrite-free PLGA sub-micron particles.
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