产品采用优质果壳为原料，空隙结构合理，广泛用于有毒气体的净化，废气处理，漆雾吸附等。
Use high quality fruit shell as raw material, the gap reasonable structure, widely used in the purification, gas processing, adsorption of toxic gases such as mist.
一种类似树根的结构使它紧紧吸附在大洋底部。
It is anchored to the ocean floor by a root-like structure called a holdfast.
结果表明。由于PACF具有高的比表面积和极为发达的微孔结构，因而比AC具有更高的吸附量与吸附速度。
The results show that the adsorption capacity and adsorption speed of PACF are higher than that of AC because of its high specific surface area and extensively micropore structure.
膨润土，因其特殊的晶体结构而具有良好的吸附能力、阳离子交换能力和吸水膨胀能力。
Bentonite has good ability of adsorption, cation-exchange and swelling by drinking water, due to its special crystal structure.
偕胺肟型螯合树脂以其特殊的官能团结构、优良的吸附性能而成为从海水中提取铀的最佳材料。
Amidoxime resin is the best uranium absorption material in the sea water due to its special structure of functional group and excellent absorption property.
木质粉状活性炭以优质的木屑等为原料，采用氯化锌法生产，具有发达的中孔结构，吸附容量大、快速过滤等特性。
Powdered activated carbon to high-quality wood and other wood as raw materials, production of zinc chloride, have developed in the pore structure, adsorption capacity, fast filtering features.
测定了酯化硅胶的物理结构、水蒸气吸附等温线、润湿热、差热分析和红外光谱。
The physical structure, water vapor adsorption isotherms, heat of wetting, DTA and IR for esterified silica gel were determined.
不过，羊毛角质层的结构将防止对LAS的吸附。
Nevertheless, the cuticle structure of wool would prevent the adsorption of LAS.
简介国产硅藻土结构、吸附性质等方面研究的进展，以及近年硅藻土的一些新应用。
The progress of studies on the structure, adsorption properties of local diatomites and their new applications are reviewed.
采用荧光探针法研究了在烷基伯胺和季铵盐阳离子表面活性剂在一水硬铝石表面吸附层结构。
Pyrene fluorescence probe was used to investigate the structure of the adsorbed layer of cationic surfactants primary amines and quaternary amines at the diaspore-water interface.
纤维素酶在不溶性纤维素底物上的吸附因底物结构的不同而异。
Adsorption of cellulase on insoluble cellulose was depended on the structures of substrates.
得出，结构变形对吸附分子在柔性金属-有机骨架中的吸附和扩散性质有重要影响。
It could be concluded that structure deformation strongly affected the adsorption and diffusion characteristic of adsorbate in flexible metal-organic frameworks (MOFs).
这种新型材料的微孔结构决定了优异的吸附性能。
The excellent adsorptivity of this new materials is decided by it's micro pore structure .
通过交联反应能加强这种淀粉载体的结构性能和吸附性能。
The microporous starch granules can be derived by crosslink to enhance absorptive and structural properties.
根据流变学理论、吸附理论和孔结构理论探讨了它们的作用机理。
The action mechanism have been investigated on the rheology, desorption and pore structure theories.
进一步研究吸附器结构是减小制氧机的体积、降低成本、提高整机性能的一个可能途径。
The feasible way to reduce the dimensions of an oxygen plant, lower the cost and enhance the performance of a complete machine is to further study the structure of an adsorber.
在减压井停止排水时，氧化作用进一步加剧，高价铁化合物向井结构内运移和吸附沉淀，逐渐造成减压井的淤堵。
While the well drainage stops, oxidization would speed up in the well, ferric compound would moves into the well structure and deposits inside it.
通过X-衍射分析等手段探讨了有机粘土的结构及其吸附机理。
The structure of organo clays and mechanism for their adsorption were studied by X ray diffraction(XRD) and BET area.
根据工作环境和特点，提出方案，经过分析对比选择了双履带、永磁体吸附方式的总体结构。
Bring forward several project, through analyzing and contrast, we select double crawler movement and permanent magnetic adsorption for the robot.
通过对低温绝热贮罐罐体的吸附器结构的改进及其分子筛充装工艺措施的完善，较好地解决了在绝热空间其分子筛活化、 再生困难的问题。
Improve the structure of absorber in cryo- insulated storage tank, change the filling process of sieve sorbent, so as to decrease the difficulty of activation of sieve sorbent in an insulated space.
主要探讨了纤维素酶水解纤维素的作用机理及纤维素酶分子催化区和吸附区的结构和功能。
This paper reviewed and discussed the mechanism of cellulase hydrolysis, and structures and functions of cellulase catalytic domain and cellulose binding domain.
根据工作的环境与特点选择了双履带、永磁铁吸附方式的总体结构。
According to work situation, we select double crawler movement and permanent magnetic adsorption for the robot.
自组装膜的增长和结构取决于体系中吸附和解吸的平衡。
The multilayer growth and architecture depend on the adsorption and desorption equilibrium in the systems.
了解麻疹病毒吸附到宿主细胞所借助的蛋白结构信息，可以为抗病毒感染提供一条新的策略。
Structural information about the protein the virus USES to attach itself to its target cells could provide a new strategy to fight infection.
其次，较详细地介绍了碳纳米管的结构，表征和吸附机制。
Secondly, we introduce the carbon nanotubes' configuration, characterization, and adsorption mechanism in details.
探讨了树脂结构对于吸附性能的影响，发现吸附性能的差别是由树脂的比表面和骨架极性的差异造成的。
This phenomenon was attributed to the difference in specific surface area of the adsorbents and polarity of their networks.
结构特点：结构轻巧，操作方便，吸附力强，安全可靠。
Features: Lightly and ingeniously structured, easy for application, strong magnetic Attraction power and safe in handling.
高度发达的微孔结构，吸附容量高，脱附速度快，净化效果好。
Highly developed capillary structure, absorb the capacity tallly , suck, taking off the speed of enclosing quickly, it is effectual to purify.
高度发达的微孔结构，吸附容量高，脱附速度快，净化效果好。
Highly developed capillary structure, absorb the capacity tallly , suck, taking off the speed of enclosing quickly, it is effectual to purify.
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