The development and application of BOD microbial sensor was introduced in this paper.
介绍了BOD微生物传感检测仪的研究进展及应用前景。
A microbial sensor consisting of an immobilized cell column and an oxygen electrode with FIA system was made for estimation of BOD.
采用海藻酸钙包埋异常汉逊酵母，将自行设计的简易流动注射式系统，结合溶氧电极，构成BOD 生物探针仪，对污水进行快速测定。
The microbial membrane, prepared by immobilized microorganisms, was attached to the surface of oxygen electrode to form microbial sensor for the determination of sulfide.
从硫铁矿的酸性土壤中分离、筛选出氧化硫硫杆菌，将其固定化制备微生物膜，再与氧电极组装成微生物传感器，用于样品中微量硫化物的测定。
This means that an orbiting sensor like Hyperion could be used to identify chemicals in Europa's non-ice deposits that may be a sign of extraterrestrial microbial life.
这表明，轨道(遥感)探测(比如“亥伯龙号”)的方法可以用来探测木卫二非冰沉积物的化学成分，并可能从中发现地外微生物等生命迹象。
A strain of yeast, which can endure high osmotic pressure, was employed for the sensitive material of the microbial BOD sensor.
选用一株耐高渗透压的酵母菌种作为敏感材料可以实现BOD的快速测定。
A strain of yeast, which can endure high osmotic pressure, was employed for the sensitive material of the microbial BOD sensor.
选用一株耐高渗透压的酵母菌种作为敏感材料可以实现BOD的快速测定。
应用推荐