化学

• 生物垢

  The model can evaluate and predict the biofouling development well.

  本文建立的生物垢形成的综合评价及预测模型能够比较好地评价和预测不同条件下的生物垢形成情况。

• 生物黏泥

  The recirculating cooling water systems at three different COD values of 25,50 and 100 mg/L were used for vaccination water to investigate the bacterial count variations and microbial community composition of biofouling by polymerase chain reaction-denaturing gradient gel electrophoresis(PCR-DGGE) analysis.

  以炼油厂循环冷却水作为接种水,考察了水质条件对生物黏泥中活细菌数量的影响,并利用聚合酶链式反应-变性梯度凝胶电泳(PCR-DGGE)技术分析了不同黏泥中的优势菌种组成、多样性及相似性。

• 生物附着

  Biofouling at the bottom of the Vessels has been plagued people for a long time. Painting low surface energy antifouling coatings is an important way to prevent the biofouling.

  船舶底部海洋污损生物附着的问题,一直以来困扰着人们,在船舶表面涂装低表面能防污涂料是解决污损问题的一个重要途径。

• 生物污着

• 生物污损

环境科学技术

• 生物粘泥

  Biofouling formation was accelerated quickly by timing drain concentration.

  采用定时排水浓缩法,快速模拟培养生物粘泥。

生物学

• 生物污损

• 生物污着

• 生物淤积

计算机科学技术

• 生物污垢

  When the pH value, temperature, illumination of water agrees, they are able to grow and reproduce rapidly. Once they propagate excessively in the industrial cooling water system, biofouling could develop.

  当条件适宜时,微生物能够生长并且快速繁殖,系统中就会形成生物污垢。

地球科学

• 生物污损