Process water monitoring to reduce biofouling build up.
工艺用水监测，减少生物污垢生长沉积。
The invention also relates to a method for controlling biofouling of an aqueous system.
本发明还涉及在水系统中控制生物沾污的方法。
The growth curve of the biofouling was made and the development mechanism was discussed.
通过绘制生长曲线，初步探讨了生物粘泥的生长机理。
Also, severe biofouling, physical abrasion, and chemical etching of the glass may erode the sensing surface.
严重的玻璃生物淤积、理磨损和化学腐蚀可能影响感觉表面。
Biofouling in cooling water systems can be a serious industrial problem and many techniques have been tried to solve it.
循环冷却水系统中的生物垢是各类工业过程中的一个严重问题，为控制生物垢的生长，已经开发了若干种技术方法。
The results showed that the effect of compound bromogeramine on biofouling control increased obviously with the help of enzymes.
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 complex biochemical interaction between bacterial biofilm and Marine fouling organisms in the process of biofouling is reviewed.
综述了生物附着过程中细菌生物膜与海洋附着生物之间复杂的生化作用。
Proteins are amphiphilic molecules with affinity to material surfaces, thus are easily adsorbed on material surfaces and cause biofouling.
蛋白质是两亲大分子，对材料表面具有亲和性，易被吸附并污染材料。
Dr Sarpeshkar also has a novel solution to the biofouling problem: implant the fuel cell in the cerebrospinal fluid (CSF) surrounding the brain.
另外，Sarpeshkar博士还有一个针对于生物燃料问题的新型解决方法：在大脑周围的脑脊液(CSF)中植入能量池。
Proteins are amphiphilic molecules with affinity to material surfaces, thus are easily adsorbed on material surfaces, which causes biofouling issue.
蛋白质是两亲大分子，对材料表面具有亲和性，易吸附在材料表面上，造成污染。
The relative adhesion force of biofouling increases with the increasing of molecular weight and reduces with the increasing of content of silicone oil;
附着生物的相对结合力随着硅油分子量的增加而增大，随着硅油含量的增加而降低；
In view of the characteristics of circulating cooling water system, the static experiment was designed. Biofouling formation was accelerated quickly by timing drain concentration.
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.
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。
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