DASB can remove the organic particle by its short-time anaerobic technology, thus preventing W-SFCW from jamming and affording enough carbon for denitrification.
DASB单元采用短时厌氧技术，去除颗粒有机物和部分溶解有机物，防止W -SFCW堵塞，保证W - SFCW单元脱氮所需的碳源。
The Duke team showed that the particle core delivers these organic chemicals onto brush-like surfaces called cilia, which clear mucus from the airway lining.
杜克团队向我们演示了颗粒的核心提供了这些化合物，然后这些化合物就黏在了像刷子一样的纤毛上面，而这些纤毛是我们的呼吸道管里用来清除黏液用的。
Then, the bulk density, porosity, the type of pore, particle constitute and organic carbon in the soil affected the soil moisture diffusivity.
土壤颗粒组成、容重、有机质、孔隙率影响土壤持水性能。
The effects of reaction temperature and organic additives on the particulate properties such as the particle morphology and size are discussed.
本文对反应温度和有机添加剂对颗粒性能的影响，如颗粒的形貌和大小，进行了讨论。
Organic kind of heat preservation material mainly comes from oil byproducts, including EPS (EPS), extruded polystyrene (XPS), polyurethane coating (SPU) and polystyrene particle etc.
有机类保温材料主要来源于石油副产品，包括膨胀聚苯板(EPS)、挤塑聚苯板(XPS)、聚氨酯喷涂(SPU)以及聚苯颗粒等。
Producing fine particle size and narrow particle size distributions in aqueous organic pigment dispersions is a significant challenge.
在水溶性有机颜料的分散体系中，得到好的颗粒尺寸和窄的粒径分布很不容易。
In addition, the blocking of the catalyst pore by the solid particle and some organic macromoleculars which are formed in the process of reaction is another reason for the deactivation.
同时在反应过程中产生的固体小颗粒和生成的有机大分子对催化剂孔道的阻塞也是催化剂失活的一个重要原因。
Abstract: : the soft soil roadbed is mainly composed of clay and silty soil fine particle content of soft soil, the gap of the organic soil, peat soil and loose sand soil layer.
摘要：软土路基主要由粘土和粉土等细微颗粒含量多的松软土、空隙大的有机质土、泥炭土以及松散砂等土层构成。
Organic ion exchanger particle core structure is loose, exchange reaction not only in the particle surface, and within the particles simultaneously, softening effect is good.
有机离子交换剂的颗粒核心结构疏松，交换反应不但在颗粒表面，而且在颗粒内部同时进行，软化效果好。
We have researched and developed the new producing technology and the shaped equipment of the trouble roller-type of the particle organism organic fertilizer production.
论述了生物颗粒有机肥生产新工艺的特点及该成型设备的结构组成和工作原理。
Texture type, salt content, organic matter content, etc. are the major factors determining the fractal dimension of soil particle-size distribution.
土壤的质地类型、含盐量、有机质含量等是决定土壤粒径分布分形维数的主要因子。
For different material of particle electrode, there are reverse trends of particle electrode potential with the variation of inorganic salt concentration and organic compound concentration.
对不同的粒子电极材料，粒子电极电位随无机盐含量和有机物含量变化的趋势不同。
The indoor environment has been noted, but the research on the organic compounds on the inhale particle matter is less, especially the esters.
室内环境问题越来越引起关注，但是室内可吸入颗粒物中的有机化合物研究较少，尤其是其中的酯类物质，更是被研究者忽略。
Results show that particle electrode potential is affected by many factors such as material of particle electrode, inorganic salt concentration and organic compound concentration.
结果表明，粒子电极材料、无机盐含量和有机物含量均对粒子电极电位有影响。
Size distribution of the secondary organic aerosol particles was detected with an aerodynamic particle sizer spectrometer.
采用空气动力学直径粒谱分析仪分析了气溶胶粒子的尺寸分布；
The experimental results of organic bone-particle impregnated bone cement were reported.
文章报告了有机骨粒骨水泥的实验结果。
It has the capability of holding back macromolecular organic matter, particle, bacteria and pyrogen in order to realize the separation, contained in the stock solution.
其对物质大分子有机物、微粒、细菌、热原等具有较高的截留能力，从而实现原液中物质的分离、浓缩和纯化。
It was shown that the organic content, the specific weight of soil particle and the liquid limit decreased but the plastic limit increased with the increase of the concentration of acid.
试验表明：酸浓度的增加导致有机含量减小，土粒比重减小，塑限增大、液限减小；
With the decreasing of particle size, increasing of solution-to-soil ratio and increasing of organic matter, adsorption of penicillin on soil enhanced.
粒径减小，液固比增大，有机质含量增高均有利于土壤对青霉素的吸附。
The nano particle is an organic-inorganic composite filler adopting the mixing of organic modified material and inorganic material;
所述的纳米粒子是一种采用有机物改性材料与无机物混合的有机-无机复合填料；
The nano particle is an organic-inorganic composite filler adopting the mixing of organic modified material and inorganic material;
所述的纳米粒子是一种采用有机物改性材料与无机物混合的有机-无机复合填料；
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