1) Couette flocculator
库爱特絮凝器
2) flocculating property
絮凝特性
1.
Study on screening of bioflocculant-generating bacterium G-420 and its flocculating property;
微生物絮凝剂产生菌G-420的筛选及其絮凝特性
3) flocculation characteristic
絮凝特性
1.
The flocculation characteristic of high turbidity water of the Yellow River has been studied in the paper by a new photoelectric method for monitoring the fluctuation of transmitted light.
应用新型混凝检测技术——透光率脉动检测技术对黄河高浊度水的絮凝特性进行了研究,结果表明:透光率脉动检测技术的有效输出R指数可以比较准确地描述高浊度水絮凝中絮体形成和破碎的过程;高浊度水絮凝中R指数与浑液面沉速具有良好的线性关系,相对地反映特定高浊度水浑液面沉速的大小;R指数与泥沙粒度间具有一定的对应关系,使该技术可作为颗粒分析的辅助检测手段。
2.
Based on a lots reference of this field, it is found that the study of CBF only rests on the regular flocculation characteristic, like activity distribution, component analysis and thermal stability, et al.
通过查阅大量的文献,复合型生物絮凝剂(CBF)的研究还是停留在常规的絮凝特性研究上,比如,对复合型生物絮凝剂(CBF)的活性分布,成分分析及热稳定性等方面的研究。
3.
Based on a lots reference of this field, it is found that the study of the compound bioflocculant only rests on the regular flocculation characteristic, like activity distribution, component analysis and thermal stability, et al.
通过查阅大量的文献,复合型生物絮凝剂的研究还是停留在常规的絮凝特性研究上,比如,对絮凝剂的活性分布、成分分析及热稳定性等方面的研究,研究重点只注重絮凝剂本身的开发,因而有必要对生物絮凝剂与化学絮凝剂复配的复合型生物絮凝剂的絮凝特性展开系统研究。
4) flocculating characteristics
絮凝特性
1.
A study of the optimum culture conditions and the flocculating characteristics of high-efficiency bioflocculant;
产絮凝剂菌的优化培养与絮凝特性研究
2.
The most recent advances of screening of strains,flocculating characteristics,structure,application,synthetase are reviewed.
本文从菌种选育、絮凝特性、结构、应用、合成酶等几个方面,综述了国内外最新研究成果。
5) flocculation characteristics
絮凝特性
1.
Flocculant-producing bacteria were isolated mainly from the activated sludge, and flocculation characteristics of the flocculant-producing bacteria named M-3 was investigated.
从活性污泥中筛选出絮凝剂产生菌,以M-3为例进行絮凝特性研究,结果表明,M-3产生的絮凝剂属于胞外絮凝剂,对发酵液进行粗品提纯和成分分析,鉴定其主要成分为多糖,质量分数为75。
6) flocculator
絮凝器，絮凝装置
补充资料：絮凝器
分子式：
CAS号：
性质：为圆柱形或长方形罐体或水池。内有直立平桨式搅拌器。含悬浮粒子的水及絮凝剂溶液分别由絮凝器的中部通入，经搅拌混合，微小粒子逐渐集合成为粗大的粒子或絮团，视相对密度或上浮或下沉，连续流出。搅拌器的速度以能使物料充分混合而又不使絮团打碎为适度。絮体形成的适当流速是15～30cm/s，时间20～40min。
CAS号：
性质：为圆柱形或长方形罐体或水池。内有直立平桨式搅拌器。含悬浮粒子的水及絮凝剂溶液分别由絮凝器的中部通入，经搅拌混合，微小粒子逐渐集合成为粗大的粒子或絮团，视相对密度或上浮或下沉，连续流出。搅拌器的速度以能使物料充分混合而又不使絮团打碎为适度。絮体形成的适当流速是15～30cm/s，时间20～40min。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条