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Production and particle characterization of the frustules of Cyclotella cryptica in comparison with siliceous earth

机译:与硅质地球相比,Cyclotella Cryptica突发性的生产和颗粒表征

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Diatoms are photoautotrophic micro-organisms that use inorganic carbon sources and light in photosynthesis. Diatom frustules were characterized in terms of particle techniques and compared with siliceous earth. i.e. depositions of diatoms that have wide technical applications. To obtain enough biomass for frustule characterization Cyclotella crytica has been cultivated in a 15 l photobioreactor under controlled conditions. native diatom frustules are characterized by a 1.5-fold lower density and 80-fold higher specific surface than siliceous earth. Therefore, native diatom frustules provides a material with novel properties which might be interesting for special technical application. direct 1999 Elsevier Science B.V. All rights reserved.
机译:硅藻是光相繁殖微生物,可在光合作用中使用无机碳源和光。硅藻截肢以颗粒技术特征,与硅质地球相比。即抗硅藻具有宽的技术应用。为了获得足够的生物量来用于截止突变表征,在受控条件下在15LphicoreAcctor中培养了Cyclotella Crytica。本机硅藻突出物的特征在于1.5倍以下的密度和80倍的比表面比硅质地球。因此,本地硅藻壳提供了一种具有新颖性质的材料,这可能对特殊技术应用有趣。直接1999年Elsevier Science B.V.保留所有权利。

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