自养生物

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  • autotroph;autotrophic organism
自养生物自养生物
  1. 除atp外,由这些自养生物进行的co2固定,需要还原的吡啶核苷酸。

    The fixation of CO2 carried out by these autotrophs , in addition to atp , requires reduced pyridine nucleotide .

  2. 硝化细菌是化能合成的自养生物。

    The nitrifying bacteria are chemosynthetic autotrophs .

  3. 自养生物来起哄。穴居人发明工具。

    The autotrophs began to drool , Neanderthals developed tools .

  4. 培养基营养成分对蛹虫草生长的影响兼[专]性化能自养生物

    Effects of Nutrient Ingredient in Culture Medium on the Growth of Cordyceps militaris

  5. 全自养生物脱氮新工艺研究进展

    Development of complete autotrophic ammonium removal processes

  6. 生产者,有时被称为自养生物,使营养物质从他们所需要的化合物和能源得到他们的环境。

    Producers , sometimes called autotrophs , make the nutrients they need from compounds and energy obtained from their environment .

  7. 自养生物膜氨氧化及其反硝化现象初探自养反硝化菌对硝酸盐氮去除动力学及影响因素研究

    Preliminary Research on the Ammonia-oxidization and the Phenomenon of Aerobic Denitrification of Chemoautotrophic Biofilm ; Removal of nitrate by supported autotrophic denitrifiers

  8. 介于二者之间的中期是海底水合物和自养生物群的发育阶段,海底水合物和渗漏天然气的化学组成主要受渗漏速度的控制。

    Between these extremes both the vent and hydrate gas compositions depend strongly on venting rate , and gas hydrate and seep community is developed on the sea floor of the gas seeping system .

  9. 这个特性连同生命树群的深入分支说明生命最后共同的祖先可能是在热液体系中的嗜热自养生物。

    This trait , along with the group 's deep branching in the tree of life , has lead to the belief that the last common ancestor of life may be a thermophilic autotroph growing in a hydrothermal system .

  10. 海底天然气渗漏不仅影响海底沉积物的物理性质,而且还极大地改变海底地形地貌,它能在海底形成麻坑、泥火山、冷泉碳酸盐岩以及化学自养生物群落等现象。

    Marine gas seepage not only influences the physical properties of the seafloor sediments , but also significantly alters the geomorphology of the seafloor , such as the occurrence of pockmarks , mud volcanoes , authigenic carbonate and cold seep communities on seafloor .

  11. 多孔碳表面自养硝化生物膜的培养及其性能研究

    Study on performance of autotrophic nitrite nitrobacteria cultivated on carbon foam surface

  12. 自养型生物过滤器硝化氧化一氧化氮

    Autotrophic Biofilters for Oxidation of Nitric Oxide

  13. 植物是能进行光合作用,将无机物转化为有机物,独立生活的一类自养型生物。

    The plant can carry on the photosynthesis , turn the inorganic matter into the organic matter , a kind of raising by oneself type living beings living independently .

  14. 单级自养脱氮生物膜SBR工艺的启动研究

    Start-up Research of One-step Autotrophic Nitrogen Removal Process in SBR Biofilm Reactor

  15. 研究了以自养型硝化生物膜启动厌氧氨氧化反应器的可行性。

    The start-up of the ANAMMOX bioreactor by autotrophic nitrifying biofilm was studied .

  16. 自养型硝化细菌生物膜氧化NO的研究及生物膜空间结构定量化的探索

    Study on Oxidation of NO by Biofilm of Autotrophic Nitrobacteria and Exploring on the Quantification of Biofilm Spatial Structure

  17. 采用微切片结合图象分析技术研究外电流(≤25A/m2)对自养、异养/自养生物膜空隙率和分形维数的影响。

    The spatial distributions of porosity and fractional dimension of autotrophic and heterotrophic / autotrophic biofilms applied by direct current in the range of 0 ~ 25 A / m 2 were investigated by using the micro slicing technique and image analysis .

  18. 从某油田外排水中富集、分离的自养氨氧化菌经培养、挂膜获得自养氨氧化生物膜。

    Chemoautotrophic ammonia-oxidizing bacteria isolated from oil field formed a biofilm after enriched culture .