- 更多网络例句与铁细菌相关的网络例句 [注：此内容来源于网络，仅供参考]
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In the refilling wastewater of oilfield, sulfate reduction bacteria, saprophyte bacteria andiron bacteria cause the stratum plugged and facilities corrosion.
在油田回注污水中，能引起设备腐蚀和地层堵塞的细菌有硫酸盐还原菌、腐生菌、铁细菌等。
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The results showed:①Iron bacteria in this hydropower station were identified as sheathed bacteria.
该水库中的铁细菌主要为鞘细菌。
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The results showed that for carbon steel exposed to sea water for 1~120 month, there were large quantities of SRB congregating in the internal rust layer, arid synchronously there were different numbers of heterotropic bacteria, iron bacteria and sulfide-oxidizing bacteria.
通过在海水中现场挂样，检测了碳钢内锈层中的硫酸盐还原菌、异养菌、铁细菌和硫氧化菌的数量，用SEM观察了内锈层中腐蚀性细菌的形态和分布，并测定了内锈层中的FeS含量，研究了内锈层中微生物对碳钢海水腐蚀的影响及碳钢内锈层中的微生物及其腐蚀与大型生物、锈层、温度等的关系。
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In the water samples from Gudao, and No. 1 and 2 wastewater stations of the Shengli Oil Field, the ratios of amount of iron bacterial cells to total microbial cells, detected by the combination of the 4 probes and DAPI staining, were 11.0%, 12.8% and 9.0%, respectively. In the iron bacterial community, Leptothrix, Sphaerotilus and L. ferriphilum were dominant in the 3 stations, and Leptothrix and Sphaerotilus, and L. ferriphilum cells to accounted for 2.94%±0.52%~3.39%±0.52% and 2.24%±0.16%~2.63%±0.49% of the total microbial cells, respectively, while L.
结果表明，利用基因探针能快速对胜利油田外排水中的铁细菌进行检测：在孤岛采油厂、胜利采油厂1号和2号综合处理站的外排水中，利用4种探针的组合探针检测到的铁细菌细胞数量分别占样品中微生物总细胞数量的11.0%、 12.8%和9.0%，其中Leptothrix和Sphaerotilus，以及Leptospirillum ferriphilum为胜利油田外排水中的3种优势铁细菌，分别占水样中总微生物细胞数的2.94%±0.52%~3.39%±0.52%和2.24%±0.16%~2.63%±0.49%；而Leptospirillum ferrooxidans和Acidithiobacillus spp。
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With two methods, plate cultivation and the novel semi-solid in situ cultivation method, strains belong to Family Leptothrix were isolated. XRF showed that the amorphous iron and manganese were two major metal elements of the precipitation formed by one strain of Leptothrix spp..
研究发现，铁细菌2号培养基为合适的分离培养基；采用平板涂布法分离出的2株氧化铁和锰的细菌，经系统发育地位的分析确定为纤发菌属；对运动纤发菌的产物分析确定无定形铁和锰为其主要金属元素；形态观察确定霍氏纤发菌呈树枝状鞘结构，而运动纤发菌呈蛛网状鞘结构。
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Fluorescence in situ hybridization with 16S rRNA-targeted oligonucleotide probes was applied for analyzing the community of iron bacteria in wastewater from the Shengli Oil Field. Four 16S rRNA probes were designed, which were highly specific to iron bacteria Leptothrix, Sphaerotilus, Leptospirillum ferrooxidans, Leptospirillum ferriphilum and Acidithiobacillus spp.
根据油田外排水中常见铁细菌的16SrRNA特异性保守序列，设计和合成了4种荧光探针，利用荧光原位杂交方法，分别利用它们对胜利油田孤岛采油厂、胜利采油厂1号和2号综合处理站外排水中存在的铁细菌的种类和数量进行检测，分析了各外排水中铁细菌的群落结构。
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The amounts of iron bacteria in the distribution system water and the water from each treatment processes were determined by Most Probable Number and Plate Counts methods.
铁细菌一般生活于含氧少但溶有较多铁及二氧化碳的水中，能在氧化二价铁成三价铁化合物的过程中起催
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In addition, the structure of the iron bacterial community was different among the three wastewater stations although the biodiversity of the iron bacteria was similar.
利用4种探针的各种组合对外排水中铁细菌的检测表明，单探针能够很好地分析外排水中铁细菌的群落结构，而组合探针能快速、较准确地检测外排水中铁细菌的数量，比传统的绝迹稀释法具有快速、准确、直观等优点。
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The results show that activation nutrition St-12 could activate the beneficial bacteria preferably, and restrain the harmful bacteria including sulfate reducing bacteria, iron bacteria and sulfer bacteria for oil recovery to a certain degree.
结果表明，激活剂配方St-12能较好地刺激有益内源菌群落的生长，且对硫酸盐还原菌、铁细菌及硫细菌等对采油不利的细菌起到了一定的抑制作用。
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When kisses the iron bacteria massive reproductions after the hard surface forms the membrane, the biological iron degeneration pollutant organic matter has become the leading role.
当亲铁细菌大量繁殖在铁表面形成菌膜后，生物铁降解污染物有机物就成了主导作用。
- 更多网络解释与铁细菌相关的网络解释 [注：此内容来源于网络，仅供参考]
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bacterial flagellum：细菌鞭毛
bacterial ferredoxin 细菌铁氧还原蛋白 | bacterial flagellum 细菌鞭毛 | bacterial photosynthesis 细菌型光合成
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Iron Age：铁票代
iron 铁 | iron age 铁票代 | iron bacteria 铁细菌
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Crenothrix：沼鐵細菌屬(線菌科)
适合于泉水的 crenophilus | 沼铁细菌属(线菌科) Crenothrix | 沼铁细菌 Crenothrix polyspora Cohn
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Crenothrix polyspora Cohn：沼铁细菌
沼铁细菌属(线菌科) Crenothrix | 沼铁细菌 Crenothrix polyspora Cohn | 愈创木酚 creosol
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Leptothrix：纤发菌属
有铁细菌如:浮游球衣菌(Sphaerotilus natans)、泉发菌属即原铁细菌属(Crenothrix)及纤发菌属(Leptothrix). 丝状硫细菌如:发硫菌属(Thiothrix)、贝日阿托氏菌属(Beggiatoia)、透明颤菌属(Vitreoscilla)、亮发菌属(Luecothrix)等多种丝状菌.
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Thiobacillus ferrooxidans：铁氧化硫杆菌
在低pH值(酸性)环境下,硫化物氧化细菌"铁氧化硫杆菌"(Thiobacillus ferrooxidans)会加速这一过程. 然后,三价铁离子在水中发生水解,形成氢氧化铁(三价),向水中释放更多的氢离子,进一步降低pH值,除非岩石中含有足够的酸中和矿物来吸收所产生的酸.
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Thiothrix：发硫菌属
有铁细菌如:浮游球衣菌(Sphaerotilus natans)、泉发菌属即原铁细菌属(Crenothrix)及纤发菌属(Leptothrix). 丝状硫细菌如:发硫菌属(Thiothrix)、贝日阿托氏菌属(Beggiatoia)、透明颤菌属(Vitreoscilla)、亮发菌属(Luecothrix)等多种丝状菌.
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iron bacteria：铁细菌
-- 组成微生物细胞的各类化学元素的比例常因微生物种类的不同而各异,例如细菌、酵母菌和真菌的碳、氢、氧、氮、磷、硫六种元素的含量就有差别(表4-1),而硫细菌(sulfur bacteria)、铁细菌(iron bacteria)和海洋细菌(marine bacteria)相对于其他细菌则含有较多的硫、铁和钠、氯等元素,
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iron bacteria;Gallionella ferruginea Ehrenberg：铁细菌
马铃薯;洋芋(俗) Irish potato;potato;Solanum tuberosum L. | 铁细菌 iron bacteria;Gallionella ferruginea Ehrenberg | 缺铁症 iron deficiency
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Bacteria,iron：铁细菌
"兼性菌","Bacteria,facultative anaerobic" | "铁细菌","Bacteria,iron" | "锰菌","Bacteria,manganese"