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Development and application of nano-grade microbe cell crusher

机译:纳米级微生物细胞破碎机的开发与应用

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A complete process of development about nano-grade microbe cell crushing machine (the number of patent was 03143321.9.) was introduced in the paper. Through the experiment of shooting water jet flow and designing special nozzle, we successfully completed shooting fan-shape water jet flow and kept them shooting each other to cut microbe cells. A formula of enlarging the intervals between the water molecules rn= r0×η and other 7 mathematics models have been founded. For the first time, the author put forward the rated impulsive force (F) which can shred some industrial microbe cells. It established the theoretical basis of shattering microcosmic substance. A model machine was successfully developed according to these basic formulas, and a various basis data were achieved by using the model machine in our laboratory. Four microbial cell crushers on nanometer level used to production fields were made according to the models. The waste microbe was crushed to biological particles of nanometer level by the machine, and these particles were widely reused in industry of beer, soy sauce, antibiotic, and microbe pharmaceutical productions to replace nitrogen material. It is nice to economize food supplies and transform the waste into useful material, and at the same time, to realize the cycle economics and cleaning production of ferment industries. A history that disintegrator families had been unable to crush microcosmic substance was already ended. A new function for water to shatter microcosmic substance was found.
机译:本文介绍了纳米级微生物细胞破碎机的完整开发过程(专利号为03143321.9。)。通过喷射水射流的实验和特殊喷嘴的设计,我们成功地完成了扇形射流的射流,并使它们相互射击以切割微生物细胞。建立了增大水分子rn = r0×η之间的间隔的公式,并建立了其他7种数学模型。作者首次提出了可以粉碎某些工业微生物细胞的额定脉冲力(F)。它建立了粉碎微观物质的理论基础。根据这些基本公式成功开发了模型机,并在我们的实验室中使用该模型机获得了各种基础数据。根据该模型,制造了用于生产领域的四台纳米级微生物细胞破碎机。机器将废微生物破碎成纳米级的生物颗粒,这些颗粒被广泛用于啤酒,酱油,抗生素和微生物制药行业,以替代氮材料。节约食品供应,将废物转化为有用的材料,同时实现发酵行业的循环经济和清洁生产,这是一个很好的选择。崩解剂家族无法粉碎微观物质的历史已经结束。发现了水粉碎微观物质的新功能。

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