通过绘制生长曲线，初步探讨了生物粘泥的生长机理。
The growth curve of the biofouling was made and the development mechanism was discussed.
为此，合理有效地控制冷却水系统中的生物粘泥成为亟待解决的课题。
So, reasonable effective method for controlling biological slime in cooling water systems is very necessary.
循环冷却水在使用的过程中，会在系统中产生结垢、腐蚀和生物粘泥。
Scaling, corrosion and biological silt may be formed in usage process of circulation cooling water.
试验证明，酶处理是一种绿色、能有效控制循环冷却水系统中生物粘泥的方式。
The test result showed that enzymatic treatment agent is a non-polluting and effective method for control of biological slime in industrial circulating water system.
研究结果表明，在酶制剂的辅助下，杀菌剂苯扎溴胺对生物粘泥的作用效果明显增加。
The results showed that the effect of compound bromogeramine on biofouling control increased obviously with the help of enzymes.
本文针对循环冷却水补充水的水质特点，采用定时排水浓缩法，在模拟静态循环冷却水系统中培养生物粘泥。
In view of the characteristics of circulating cooling water system, the static experiment was designed. Biofouling formation was accelerated quickly by timing drain concentration.
这些措施实施后，循环水系统微生物腐蚀和粘泥得到了有效控制。
After these measures were put into practice, microbiological corrosion and slime in circulating water system were effectively controlled.
这些措施实施后，循环水系统微生物腐蚀和粘泥得到了有效控制。
After these measures were put into practice, microbiological corrosion and slime in circulating water system were effectively controlled.
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