1. The structure of activated sludge floc was further explored.
在此基础上探讨了絮凝体的结构。

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2. Asked his urine, that is common in patients with white-floc.
问其小便,患者说是常见白色絮状物。

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3. The results showed that Al-humic floc size followed a lognormal distribution.
结果表明,腐植酸絮体的粒径呈现对数正态分布。

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4. The floc formed has better sedimentation property, and easily be separated from water.
并且产生的絮状物沉降性能好,容易从水中分离出来。

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5. The way to influence the concrete strength is floc and arborization formed in concrete.
影响混凝土强度的方式是在混凝土中形成絮状集合体和树枝状细脉。

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6. The way to add coagulant is also an important factor because of the different floc morphoses.
混凝剂的投加方式也是一个重要因素。

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7. I only remember if floc is produced in Myanmar, the appearance of fine lines is the Wada side bar?
我只记得好象絮状的是产自缅甸,细纹就是和田那边吧?

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8. Floc size distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.
实验测定了平直叶轮动态混合絮凝器内絮团粒度的空间分布。

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9. Moreover, no other flocculant was needed due to the excellent flocculation performance of resulting floc.
处理废水产生的絮体沉降性能好,不需额外添加其他絮凝剂;

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10. Floc concentration distribution in a dynamic flocculator with a flat vane wheel was measured experimentally.
实验测定了平直叶轮动态混合絮凝器内絮团浓度的空间分布。

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11. The resulting microbial floc (activated sludge) is settled in a sedimentation vessel called a clarifier or thickener.
生成的微生物絮凝物(活化污泥)就沉淀在一个被称为沉淀池或压滤池的沉淀器中。

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12. The results showed that flow and current intensity etc. factors had greater influence on the separation of magnetic floc.
研究结果表明,流量、电流强度等因素对磁絮体分离有较大影响;

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13. As a result, to study the characteristics of floc size distribution is very important, but it is rarely reported at present.
因此,对絮体粒度动态分布规律的研究显得尤为重要,但是目前这方面的报道却较少。

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14. The precipitate in low-alcohol Maotai Liquor mainly include reversible white floc, black fine solids precipitation, and gray floc.
低度茅台酒生产中产生的主要沉淀为:可逆性的白色絮状沉淀、黑色细颗粒沉淀和灰白色絮状沉淀。

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15. Therefore, morphological characteristics and strength of the floc are very important factors in the process of liquid-solid separation .
因此,絮凝体的形态学特征和强度是固液分离技术中重要的影响因素。

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16. The resulting floc based on the DLCA model has a more slack structure, and higher degree randomness, with a fractal dimension 1.80 or so.
以dlca模型所得到的模拟絮凝体结构较为松散,且具有较强的随机性,其分形维数约为1.80。

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17. According to theoretical analysis, the detention time of the well-designed units may be shortened to 3-4 minutes, with the effect of floc...
根据理论分析,认为设计合理的这类絮凝池,停留时间可以缩短到3 ~4分钟,但絮凝效果仍保持不变。

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18. The in-situ dynamic experiments strongly reproduce the flocculation process and can truly reflect the floc morphological characteristics changes.
而原位动态检测试验对于絮凝过程的再现性强,能真实地反映絮体絮凝形态的变化规律。

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19. At the same time, the appropriate preozonation can increase the effective density of the floc, making the floc more dense and improving its sedimentation capacity.
同时,适当的预臭氧氧化能增大絮体的有效密度,使絮体更加密实,提高沉降性能。

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20. Under proper operative conditions, ultrasound can quickly alter the sludge structure, release water in the floc, and improve sludge dewaterability and stabilization.
在适当的操作条件下,超声波可以迅速改变污泥结构,释放菌胶团包含水,从而促进污泥减量化和稳定化。

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21. Objective: To evaluate the presence of subpleural strip and floc as an aid in the diagnosis and differentiation of the lung contusion from other diseases of the lung.
目的:评价胸膜下条絮征在肺挫伤的诊断和鉴别诊断中的价值。

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22. The influence mechanism of the hydrodynamic shear stress was analyzed by comparison of the morphological characteristics of activated sludge floc and the types of microorganism.
通过不同水流剪切力下活性污泥絮凝体形态及微生物类型的比较,分析了水流剪切力对活性污泥特性的影响机理。

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23. The monitoring results of flocculation process showed that potassium permanganate composite chemicals enhanced flocculation process, quickened floc forming and increased the floc size.
对絮凝过程的监测结果表明,高锰酸盐复合药剂强化了混凝过程,絮体形成快,絮体粒径大。

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24. The results shows that the formation, breakup and regrowth process of flocs are affected by alkalinity to a great extent, and the floc particle diameters reduce with the increase of alkalinity.
结果表明,碱度的高低在很大程度上会影响絮体的形成、破碎及再生过程,所形成絮体的颗粒随碱度的增加而减小。

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25. The results shows that the formation, breakup and regrowth process of flocs are affected by alkalinity to a great extent, and the floc particle diameters reduce with the increase of alkalinity.
结果表明,碱度的高低在很大程度上会影响絮体的形成、破碎及再生过程,所形成絮体的颗粒随碱度的增加而减小。

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